Appendix E2 SSPA Groundwater Study Rio Grande and La ...

Appendix E2

SSPA Groundwater Study Rio Grande and La Jencia Basins

1877 Broadway, Suite 703, Boulder, Colorado 80302-5245 •• (303) 939-8880

Socorro-Sierra Planning Region Water Planning Study: Groundwater Resources in the Rio Grande and La Jencia Basins

S.S. PAPADOPULOS & ASSOCIATES, INC. Boulder, Colorado

July 2002

1877 Broadway, Suite 703, Boulder, Colorado 80302-5245 •• (303) 939-8880

Socorro-Sierra Planning Region Water Planning Study: Groundwater Resources in the Rio Grande and La Jencia Basins Prepared for: New Mexico Interstate Stream Commission

S.S. PAPADOPULOS & ASSOCIATES, INC. Boulder, Colorado

July 2002

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TABLE OF CONTENTS

Page LIST OF FIGURES iii LIST OF TABLES iv LIST OF APPENDICES iv REPORT 1.0 INTRODUCTION 1 2.0 OVERVIEW 3

3.0 RIO GRANDE BASIN 5

3.1 Physiography 5 3.2 Geology 6 3.3 Hydrogeology 9

3.3.1 Aquifer Properties 9 3.3.2 Well Data 10 3.3.3 Well Yield and Water Levels 10 3.3.4 Recharge 12 3.3.5 Groundwater in Storage 18 3.3.6 Water Quality 21 3.4 Groundwater Yields by Aquifer 21 3.4.1 Principal Aquifer 21 3.4.1.1 Sustainable Yields 22 3.4.1.2 Drawdowns by Level of Development 23 3.4.2 Other Aquifers 26 4.0 LA JENCIA BASIN 27

4.1 Physiography 27 4.2 Geology 28 4.3 Hydrogeology 29

4.3.1 Aquifer Properties 29

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4.3.2 Well Data 31 4.3.3 Well Yield and Water Levels 31 4.3.4 Recharge 31 4.3.5 Groundwater Resources 33 4.3.6 Water Quality 34 4.4 Groundwater Yields by Aquifer 35 4.4.1 Principal Aquifer 35 4.4.1.1 Sustainable Yields 35 4.4.1.2 Drawdowns by Level of Development 36 4.4.2 Other Aquifers 36 5.0 SUMMARY 37 6.0 REFERENCES 39

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LIST OF FIGURES

Figure 1 Rio Grande Basin in the Study Area Figure 2 Cross Section A-A’ through Rio Grande Basin Figure 3 Cross Section B-B’ through Rio Grande Basin Figure 4 Hydrographs of Two Wells in Rio Grande Basin near the Basin Margin Figure 5 Hydrographs of Eight Wells in Rio Grande Basin in the Rio Grande Basin in the Inner Valley Figure 6 Water Table Map of the Rio Grande Basin in the Study Area Figure 7 La Jencia Basin in Planning Region Figure 8 Cross Section A-A’ through La Jencia Basin Figure 9 Water Levels in the La Jencia Basin

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LIST OF TABLES

Table 1 Percentage of Recharge (Total Yield) from Precipitation Using the Maxey-Eakin Method Table 2 Estimated Recharge for the Rio Grande Basin in the Study Area Table 3 Percentage of Annual Precipitation Resulting in Mountain Front Recharge Table 4 Groundwater in Storage – Rio Grande Basin in the Study Area Table 5 Summary of Well and Water Level Data for City of Socorro Wells Table 6 Estimated Future Drawdown for City of Socorro Well Field Table 7 Estimated Recharge (Yield) to La Jencia Basin Table 8 Groundwater in Storage – La Jencia Basin

LIST OF APPENDICES

Appendix A Annotated Bibliography Appendix B Water Level and Well Yield Data for La Jencia and Rio Grande Basins Appendix C Summary of Aquifer Properties

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1.0 INTRODUCTION

The Socorro-Sierra Planning Region is developing a regional water plan as part of the

State of New Mexico regional water-planning program. Regional water-planning activities

are funded through and overseen by the New Mexico Interstate Stream Commission (ISC).

The purpose of regional water planning is to protect New Mexico’s water resources and to

ensure that each region is prepared to meet future water demands. The regional water

planning process is more fully described in the Regional Water Planning Handbook (ISC,

1994). The Socorro Soil and Water Conservation District (SWCD) is coordinating the

development of the Socorro-Sierra regional water plan, with oversight by a Steering

Committee comprised of professionals and public partic ipants.

The first step in the water planning process is to characterize the region’s available

water supply. The water supply of non-tributary groundwater basins within the Socorro-

Sierra planning region is described in a previous report prepared by Daniel B. Stephens &

Associates, Inc. (DBSA), in conjunction with Hydrosphere Resources, Inc (Revised Draft,

February 7, 2001). To avoid potential duplication of effort, the DBSA study did not address

the water supply of tributary groundwater basins that were included within the study area of

the Middle Rio Grande Water Supply Study (MRGWSS), prepared by S.S. Papadopulos &

Associates, Inc. (August 2000), for the Army Corps of Engineers (ACOE) and the ISC.

The MRGWSS report characterizes the water supply over a larger study area,

including a significant portion of the Socorro-Sierra Planning Region, but also including the

Middle Rio Grande Planning Region and adjacent areas. The MRGWSS characterizes surface

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water and associated tributary groundwater supplies in the Rio Grande Basin between Cochiti

Reservoir and Elephant Butte Reservoir. The MRGWSS addresses the water supply question

broadly, and provides a probabilistic characterization of the regional conjunctive use water

supply. Although extensive water supply information relevant to the regional water planning

process was compiled and integrated under the MRGWSS, the MRGWSS was not scoped to

present this information in the format of the regional water planning template (ISC, 1994) for

the individual planning regions.

This report presents water supply information, using the format of the regional water

planning template, for two tributary groundwater basins in the Socorro-Sierra Planning

Region. This report complements the DBSA study and addresses water supply conditions

within additional areas of the Socorro-Sierra Planning Region. Specifically, this report

characterizes the water supply in the La Jencia Basin and in the portion of the Rio Grande

Basin from the Socorro-Valencia county line to Elephant Butte Reservoir. This information

can be combined with results of the DBSA study and other studies on water rights, water

demand and water use alternatives to support a regional water plan. Similar to the DBSA

study, this study does not address water quality issues beyond a general level and does not

address the cost or feasibility of developing groundwater resources.

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2.0 OVERVIEW

The Socorro-Sierra planning region is defined by the extent of both Socorro and Sierra

counties in New Mexico. This study characterizes groundwater resources in the aquifers

hydraulically connected to the Rio Grande within the Middle Rio Grande Water Supply Study

(MRGWSS) area of study that also fall within the Socorro-Sierra planning region.

Specifically, this assessment addresses groundwater conditions in the Rio Grande Basin

within the planning region as far south as Elephant Butte Reservoir; and, in the La Jencia

Basin.

For each basin, available groundwater data were inventoried. These data included

information compiled as part of the MRGWSS in addition to relevant data obtained from

other public sources. These data were used to assess the groundwater resources in major

aquifers in each basin. Specifically, this assessment includes:

• Information regarding physiography, geology, hydrogeology, groundwater yield, aquifer recharge and storage. The bibliography compiled for the MRGWSS, augmented with additional publications obtained or reviewed since the completion of that study, is included in Appendix A.

• Key well and water level data for each basin. These data were obtained from the USGS (data transmittal, Robert Gold- Public Information Officer, 2001). Information in this database includes well data provided by both the USGS Groundwater Site Inventory (GWSI) database and the National Water Information System (NWIS) database. Well and water level data for the areas encompassed by and within 5 miles of the Rio Grande and La Jencia Basins are included in Appendix B. Additional water level data were obtained from the U.S. Bureau of Reclamation and the City of Socorro.

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• Geologic cross-sections obtained from existing publications and maps showing groundwater elevation data.

• A summary of the hydraulic properties of the primary aquifer in each basin.

• A general water-quality assessment for the groundwater resources in each basin.

• An evaluation of recharge and storage of groundwater in basins and a discussion of constraints on withdrawal of groundwater in storage due to impacts on the Rio Grande.

This information will supplement the water planning information previously prepared

under the DBSA study for the non-tributary groundwater in the San Augustin, Alamosa

Creek, Jornada del Muerto and Tularosa Basins. Data provided in the appendices of the

DBSA report regarding land use and ownership, surficial geology and annual precipitation for

the entire Socorro-Sierra planning region will not be duplicated in this report. However,

additional well and groundwater information specific to the Rio Grande and La Jencia Basins

is incorporated into Appendices B and C of this document.

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3.0 RIO GRANDE BASIN

The Rio Grande Basin is a north-south trending basin that originates in southern

Colorado, extends through the entire length of New Mexico, through parts of Texas and to the

Gulf of Mexico. This study describes an area within the Rio Grande Basin extending

approximately from the Socorro-Valencia county line to Elephant Butte Reservoir and

includes those areas underlain by the Santa Fe Group (Figure 1). The study area includes the

southern portion of the Albuquerque-Belen Basin, the Socorro Basin, the San Marcial Basin

and the Engle Basin.

3.1 Physiography

The east and west boundaries of the Rio Grande Basin in the study area are defined by

upland areas that roughly parallel the Rio Grande. On the east, the basin is bounded by the

Los Pinos Mountains, the Joyita Hills, the Lomas de las Canas Uplift, Cerro Colorado, Little

Pasqual Mountain and the Fra Cristobal Range. The western boundary is formed by the

Ladron Mountains, the Lemitar Mountains, the Chupadera Mountains, the Magdalena

Mountains, the San Mateo Mountains, and the Cuchillo Range. The northern and southern

boundaries of the basin extend beyond the study area.

The climate of the Rio Grande Basin in the study area is predominantly semi-arid.

Average annual precipitation in the basin, as measured in Socorro, is 9.35 inches. Over half

of the precipitation occurs during the months of July, August, September and October. July is

the warmest month of the year and has an average temperature of 78 oF while the coldest

month, January, has an average temperature of 36 oF (Anderholm, 1987).

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Elevations of the Rio Grande valley floor in the study area range from approximately

4,700 feet above mean sea level (amsl) in the north to 4,450 feet amsl at the north end of

Elephant Butte Reservoir. Elevations in adjacent mountain areas range from about 6,000 feet

to 10,000 feet amsl.

The principal surface water feature is the Rio Grande, which flows through the entire

length of the Rio Grande Basin. The Rio Puerco, Rio Salado, Nogal Canyon Creek, Milligan

Gulch and Alamosa Creek are tributaries to the Rio Grande in the study area. Other surface

water features include the various conveyance channels, acequias, ditches, laterals and drains

associated with irrigation in the basin.

3.2 Geology

The most important structural feature in the Rio Grande Basin is the Rio Grande

trough. This fault trough is a complex system of horsts and grabens extending the entire

length of New Mexico. Individual basins are formed by asymmetrical groups of tilted fault

blocks. Although the general trend of the fault zone is north-south, individual faults are

arranged en echelon and are generally oriented northeast and northwest (Spiegel, 1955). The

planes of most faults within basins and those that form basin boundaries flatten with depth

and have normal offset (Hawley and Haase, 1992). Generalized stratigraphic cross sections of

the Rio Grande Basin near Socorro (A-A’) and near the northern boundary (B-B’) are shown

in Figures 2 and 3.

Basin fill was deposited primarily by alluvial, lacustrine and eolian processes,

although a significant thickness of volcanics is present in many locations. Quaternary alluvial

and fluvial deposits are generally less than 50 feet thick (Speigel, 1955) but have been

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estimated to exceed 100 feet in some locations (Anderholm, 1987). Quaternary deposits

overlie rocks of the Quaternary-Tertiary Santa Fe Group. The contact between the Santa Fe

and the overlying quaternary alluvium is often approximate and arbitrary because of similar

depositional mechanisms and lithology (Smith, 1983). However, Quaternary valley fill in the

floodplain is more discernable, being mostly clay to sand, and is a locally important aquifer.

The Sierra Ladrones Formation, a Quaternary-Tertiary unit corresponding to the

Upper Santa Fe Group, and the Popotosa Formation, a Tertiary unit corresponding to the

Lower Santa Fe Group, are the principal components of the Santa Fe Group in the Rio Grande

Basin within this study area. The Sierra Ladrones Formation consists of poorly sorted

conglomerate and sandstone deposits of piedmont slope and alluvial fan origin that interfinger

with mud, silt and sand flood plain deposits and sandstone and conglomerate axial river

deposits. The thickness of the Sierra Ladrones Formation has been estimated to be at least

1,000 feet in the Socorro Basin (Chapin et al, 1978) and between 2,000 and 4,000 feet thick

east of Socorro Peak (Sanford, 1978 as referenced in Chapin et al, 1978). Chamberlin (1999)

and Chamberlin et al (2001) estimated the maximum thickness of the Sierra Ladrones

Formation in the Lemitar and Socorro Quadrangle to be 1,000 to 1,300 feet.

The Upper Popotosa Formation (also referred to as the Popotosa confining unit) is

composed of claystones, mudstones, siltstones, sandstones, conglomerates and basalt flows.

The thickness of this unit is estimated to range from 1,200 to 2,500 feet (Chapin et al, 1978;

Chamberlin, 2001). The Lower Popotosa Formation (the Popotosa aquifer) consists of

mudflow deposits, fanglomerates and minor lacustrine deposits. The Lower Popotosa is well

indurated and intensely fractured near fault zones. Thickness of the Lower Popotosa

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Formation can reach 1,500 feet (Chapin et al, 1978). The overall thickness of the Popotosa

Formation was estimated by Machette (1978) as being at least 6,500 feet, with considerable

thickening toward the source areas. Chamberlin (1999) estimated a 3,000 to 5,000 foot

thickness of Popotosa Formation under the western flank of the Socorro Basin, but notes that

the lower unit is wedge shaped and highly variable in thickness, ranging from 0 to 1,000 feet.

At the southern end of the study area, drilling data presented in Hawley et al (1978) indicated

a total thickness of Santa Fe Group ranging from 1,450 feet to 6,524 feet. The thickness of

units comprising the Santa Fe Group appears to be highly variable and location dependent.

The rocks of the Santa Fe Group overlie Tertiary pre-rift and syn-rift volcanic rocks

consisting of ash-flow tuffs and lava flows. These volcanics can be up to 7,000 feet thick and

in some locations overlie Tertiary rocks of the Baca Formation and Datil Group described by

Osburn and Chapin (1983). The Baca Formation is made up of conglomerates, sandstones

and shales while the Datil Group is primarily volcanic in origin, consisting of up to 2,000 feet

of ash-flow tuffs and volcanoclastic sandstones and conglomerates. Where present, these

rocks overlie sedimentary Mesozoic and Paleozoic strata consisting of limestones, sandstones,

siltstones, shales and conglomerates. The thickness of individual formations of Mesozoic and

Paleozoic age varies along the length of the Rio Grande Basin within the study area. These

rocks, primarily limestones, are grouped into four formations: the Madera Limestone, the

Sandia Formation, the Kelly Limestone and the Caloso Formation. This 2,000 foot sequence

of Pennsylvanian rocks in turn overlie the Precambrian basement rocks composed of igneous

and metamorphic rocks exposed on Socorro Peak, the northeast side of the Socorro Basin and

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in the Magdalena and Chupadera Mountains. These Tertiary volcanics and Mesozoic and

Paleozoic units comprise minor aquifers only in limited areas along basin margins.

3.3 Hydrogeology

Regional groundwater flow in the basin is generally from the upland areas on the east

or west towards the river; and, within the valley, from north to south along the Rio Grande.

Recharge to the groundwater system occurs as groundwater inflow, mountain front recharge,

direct infiltration of precipitation on the basin floor and seepage from the surface water

features in the basin. Discharge occurs as evaporation, transpiration by crops and riparian

vegetation, flow from the shallow aquifer into surface water features, groundwater pumping,

and outflow of groundwater from the basin.

3.3.1 Aquifer Properties

The Santa Fe deposits can be divided into an Upper unit, comprised of the Sierra

Ladrones Formation and a Lower unit, made up of the Popotosa Formation. The Upper Santa

Fe Group and Quaternary deposits form the “shallow” aquifer system; and, the lower part of

the Popotosa Formation forms the Popotosa aquifer, with the intervening upper part of the

Popotosa Formation comprising the Popotosa confining bed (Anderholm, 1987). Together,

the shallow aquifer and the Popotosa aquifer are termed the “principal aquifer system”

(Anderholm, 1987). However, because nearly all producing wells are completed in the

shallow aquifer system, reported aquifer properties for the Santa Fe Formation are assumed to

relate to the shallow aquifer system.

Transmissivity of the Santa Fe Group has been estimated (USGS, 1979) to range from

approximately 7,000 to 21,000 square feet per day (ft2/d) with an average hydraulic

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conductivity of approximately 60 feet per day (ft/d) and storage coefficient ranging from

0.0002 to 0.0006. Anderholm (1987) presented estimates of hydraulic properties of the Upper

Santa Fe Group based upon information from Hantush (1961) and Theis (1938). The

estimates included transmissivity ranging from 6,700 to 27,000 ft2/d, hydraulic conductivity

of approximately 41 ft/d, and a specific yield of 0.23. The DBSA study presented additional

aquifer data from Waldron (1956), which included aquifer test results indicating a

transmissivity range from 3,700 ft2/d to 26,000 ft2/d and storage coefficient between 0.0084

and 0.05. Aquifer test results for specific wells in the Socorro region, i.e., those described in

consultant reports for the City of Socorro or other well owners, indicate transmissivity

ranging from less than 1,000 ft2/d to greater than 30,000 ft2/d. These estimates of aquifer

properties are summarized in Appendix C.

3.3.2 Well Data

The USGS provided records of 734 wells or springs in the Rio Grande Basin within

the study area (Gold, 2001). The USGS database indicates that most water supply wells are

completed in the Quaternary alluvium or the Santa Fe Group. More precisely, most wells in

the Rio Grande Basin within the study area are completed in the Upper Santa Fe Sierra

Ladrones Formation (P. Johnson, 2001, personal communication). Well depths range from 6

feet to 630 feet, although most are less than 300 feet deep.

3.3.3 Well Yield and Water Levels

Reported yields range from 0.5 to 2,700 gallons per minute (gpm) (Roybal, 1991),

although nearly 70 percent of reported yields are less than 50 gpm. Municipal water supply

wells for the City of Socorro consistently yield between 540 and 850 gpm. The few wells that

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penetrate the Mesozoic and Paleozoic strata outside the basin margins generally yield less

than 30 gpm (Anderholm, 1987).

Based upon well records provided by the USGS, groundwater elevations in wells

along basin margins and in the inner valley in the Rio Grande Basin for which water level

data span several years do not appear to show a consistent trend toward either increasing or

decreasing water levels in the past 10 to 20 year period (Figures 4 and 5). However, water

levels within the inner valley have changed with development of the irrigation project works.

Anderholm (1987) reported data from Bloodgood (1930) and Theis (1938) that indicated that

the average depth to water in the valley of the Socorro region was 2.37 feet in the 1920s.

After construction of drains and laterals was completed in 1936, water levels in these same

observation wells dropped by approximately three feet.

Figure 6 provides a general representation of groundwater elevations in the Rio

Grande Basin in the study area. These water level data were selected from wells identified as

utilizing either the Upper Santa Fe Group or shallow Quaternary basin-fill units as sources of

groundwater. Water level data collected during winter months during a several year period

were used to construct the water level contour map in Figure 6. Depth to water ranges from

ground surface to nearly 500 feet, although in most valley locations the water table is less than

10 feet deep (Appendix B). The depth to groundwater in the vicinity of the City of Socorro

ranges from about 30 feet at the Olson and School of Mines wells, to over 200 feet in the

South Industrial Park area southwest of Socorro.

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3.3.4 Recharge

Recharge to the groundwater system in the Rio Grande Basin occurs by direct

infiltration of precipitation, infiltration of runoff from upland areas at basin margins, seepage

from surface water features, and groundwater flow into the basin from adjacent groundwater

basins. In some locations, recharge can also occur by seepage of ephemeral streams.

The quantification of recharge has always been of interest to hydrologists for purposes

of understanding basin water budgets. Similarly, planners are interested in recharge estimates

as an indicator of the sustainable water supply. However, the characterization of recharge

often falls short of expectations in both of these areas. From a technical point of view,

estimation of recharge in semi-arid basins on a basin-wide scale is difficult and subject to high

uncertainty. From a planning point of view, while one can argue that the quantity of recharge

is akin to the renewable supply, it would be incorrect to assume that recharge is an untapped

or new supply. Basin recharge presently serves both existing human uses and other discharge

components (i.e., riparian use, basin outflow) of the water budget. Only by shifting water

from existing uses or discharge components, would recharge become available to meet new

water needs. For these reasons, the estimated quantities of recharge provided in a planning

study should be used with caution.

Methods available for quantifying recharge include direct estimation; indirect

calculation through a water budget approach; regression models relating more readily

measurable parameters to estimates from either of the previous methods; and, water quality

mixing studies. In this study, recharge estimates using several of these approaches are

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provided and compared. These estimates do not include seepage from the river and irrigation

system, or, groundwater inflow from adjacent basins.

Methods for estimation of recharge utilized in this study include the Maxey-Eakin

method (1949), as described and applied in the DBSA study; the Dewey-Hearne method as

described and applied by Roybal (1991); and, comment on these methods reflecting recent

water quality mixing studies conducted in the Rio Grande Basin. As will be apparent in the

following sections, there is a wide range in estimates of recharge. In part, this reflects the

inclusion of different recharge processes by different methods. However, much uncertainty

exists in estimation of recharge and probably none of the estimates provided numbers should

be accepted as the “last word” on this topic.

Estimation of Recharge by Maxey-Eakin Method

Maxey and Eakin postulated a simple model relating recharge to precipitation, using

information from numerous water budget studies in Nevada to parameterize the model. Their

relationship for estimating recharge from precipitation is:

Volumetric Recharge = ΣΣ Ai(riPi)

where: Ai = area of basin between two isohyets, i = precipitation contour, ri = percentage of precipitation that becomes recharge, and Pi = average annual precipitation. This method is based upon the assumption that a direct relationship exists between

precipitation and recharge. Estimates of the percentage of precipitation that becomes recharge

were based upon water balance results from 21 groundwater basins in Nevada and are

summarized in Table 1. The method yields an estimate of recharge corresponding to both

mountain-front recharge and any other recharge that may occur through the basin floor.

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Because the empirical parameters for this method are derived assuming a total estimate of

recharge, the parameters may not support the separation of mountain-front recharge from

basin floor recharge, even though the model structure lends itself to separation using

precipitation zones. Furthermore, it should be noted that because this method was developed

using basins with no surface water outflow, the calculated recharge in fact represents the basin

yield. When applied to basins with surface water outflow, as occurs in the Socorro-Sierra

County tributary basins discussed in this report, this method will overestimate recharge by an

amount equal to the portion of surface water yield attributed to run-off. In this analysis, the

method will be used to estimate the total basin yield, including recharge and tributary surface

flow.

Table 1

Percentage of Recharge (Total Yield) from Precipitation using the Maxey-Eakin Method

Precipitation Range

(inches) Recharge (Yield)

Percentage

0-8 0

8-12 3

12-15 7

15-20 15

>20 25

The average annual precipitation data obtained from the New Mexico Resource

Geographic Information System Program (RGIS) were used to delineate zones with

precipitation falling within the tabulated ranges, for areas within the contributing watershed of

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the study area. Recharge rates, tabulated above, were used to estimate the total volumetric

recharge to the Rio Grande Basin in the study area. Recharge estimates by this method, and

other methods discussed below, are summarized in Table 2 for three sub-areas of this study

area shown in Figure 1.

Table 2 Estimated Recharge for the Rio Grande Basin in the Study Area

(acre-feet/year)

Sub-Area(s) Total Basin Yield by

Maxey –Eakin Method

Mountain Front Recharge by

Chloride -Balance (Anderholm, 2001)

Mountain Front Recharge by

Hearne -Dewey (Roybal, 1991)

Southern Albuquerque-

Belen 8,200 1,100 2,900

Socorro and San Marcial

40,200 NE 16,700

Engle (Sierra County)

15,400 NE NE

* NE = Not estimated

Estimation of Recharge by the Hearne and Dewey Method

Anderholm (1987, 1999) and Roybal (1991), noting that the principal recharge

mechanism is runoff along mountain fronts, provided estimates for mountain-front recharge

using a method developed by Hearne and Dewey (1988). The Hearne and Dewey method, as

described by Roybal, utilizes a regression model based on winter precipitation, basin area and

channel slope. Recharge estimates from this method reported by Roybal (1991) are

summarized in Table 2 for two sub-areas of this study area. The estimate for the southern part

of the Albuquerque-Belen basin includes 724 acre-feet per year (af/y) from the Ladron

Mountains and 2,170 af/y from the Los Pinos Mountains. Roybal also estimates recharge

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through the beds of the Rio Salado, Rio Puerco and Abo Arroyo, which are not included in

this estimate of mountain front recharge. The estimate shown for the Socorro and San

Marcial sub-basins includes the following components reported by Roybal: 4,348 af/y from

the Socorro and Lemitar Mountains, 4,340 af/y from the San Mateo Mountains; 6,520 af/y

from the Magdalena Mountains and 1,450 af/y from the eastside of the Socorro Basin. Of

this quantity, approximately 11,000 af/y flows towards the San Marcial sub-basin.

A similar regression method is used by Anderholm (1987) to estimate mountain front

recharge to the Socorro basin from the eastside and from the Socorro-Lemitar Mountains.

This calculation, using a method attributed to Dewey, 1982, estimates recharge to the Socorro

Basin of 2,000 acre af/y, which is less than half of that estimated by Roybal for this area. The

reason for the difference in these estimates has not been researched.

Chloride-Balance Method

The chloride-balance method estimates mountain-front recharge in basins using a

chloride balance on the basin scale. This method requires an estimate of mean annual

precipitation, the chloride concentration in bulk precipitation, and the chloride concentration

in groundwater near the mountain front. Anderholm (2001) calculated recharge using both

the regression yield method (Hearne and Dewey, 1988 and Waltemeyer, 1994) and the

chloride balance method for the eastern side of the Middle Rio Grande Basin. The Abo

Arroyo and Los Pinos Mountains sub-areas of the Anderholm study fall within the upper

portion of this study area (Socorro-Valencia county line to San Acacia). The derived

percentage of annual precipitation resulting in mountain front recharge for these is shown in

Table 3.

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Table 3 Percentage of Annual Precipitation Resulting in Mountain Front Recharge

Method Basin sub Area Hearne and

Dewey (1988) Waltemeyer

(1994) Chloride -Balance

Los Pinos Mountains 1.8% 5.5% 0.9%

Abo Arroyo 2.1% 9.0% 0.7%

The Hearne-Dewey method yields an estimate of 2 percent, for that portion of

precipitation resulting in mountain front recharge. An alternate regression method developed

by Waltemeyer employs annual precipitation, rather than winter precipitation in the regression

model, and is postulated by Anderholm to be better suited for this southern area of the basin

where snowmelt is less significant component of recharge. Using the Waltemeyer model, an

estimate of 5 to 9 percent was derived for the percentage of precipitation resulting in

mountain-front recharge (although, Anderholm notes that the estimate of 9 percent for the

Abo sub-area may not be valid due to the fact that the drainage area size is outside of the

range used to develop the model). The chloride-mass balance model yielded estimates of

about 1 for recharge as a percent of precipitation. Anderholm notes that the smaller estimate

may be a function of physical conditions that would limit recharge in the southern area of the

basin such as greater evaporation or transpiration and longer travel times permitting these

processes to occur. Anderholm also notes that this estimate could be influenced by the

applicability of several method assumptions (for example, the use of winter precipitation

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could result in an underestimate of recharge in this area; and, errors in chloride assumptions

which could influence the estimate in either direction).

Regardless of the uncertainties in estimation, this work suggests significantly lower

recharge rates than would have been obtained using the Maxey-Eakin method, which would

derive a recharge rate of 7 percent for these areas. This is consistent with the understanding

that Maxey-Eakin better represents total basin yield, rather than recharge to groundwater. The

chloride balance results suggest that recharge may be as low as one quarter to one half of that

calculated by the regression methods. Clearly, more research is needed to reconcile these

differences among estimation methods. However, these results suggest that as a conservative

estimate, water planners might want to assume a recharge estimate below that obtained by the

regression methods.

3.3.5 Groundwater in Storage

Although a vast amount of groundwater resides in storage within the Rio Grande

Basin, the long-term mining of this groundwater for water supply purposes is untenable due to

water quality limitations, the potential for subsidence, and depletions to the river system. Of

primary importance in assessing the feasibility of developing groundwater from storage is the

role played by surface waters in the hydrologic system. The Rio Grande and the man-made

surface water features exert significant control on groundwater conditions. There is a direct

connection between groundwater and surface water in the Rio Grande Basin. Seepage from

ephemeral streams and rivers recharges the groundwater system. Groundwater discharge

serves to supplement in-stream flows. As groundwater levels in permeable material adjacent

to and underlying the Rio Grande change, the rate, and even the direction, of seepage to or

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from the river can change. Conversely, river stage changes affect water levels in nearby

wells. Drains intercept infiltrating irrigation water, regional groundwater flow, and river

seepage and are the primary control of water levels in irrigated areas. Because of the stream-

aquifer connections in this basin, the extraction of groundwater will impact the flow of the

river and/or return flows to the river via drains or the Low Flow Conveyance Channel.

Diversions and use of the sur face water supplies of the Rio Grande are limited by the

Rio Grande Compact. The Compact specifies delivery obligations to Elephant Butte

Reservoir and thereby subjects New Mexico to limitations on use. Given present

development conditions, on average, water supplies are barely adequate to meet existing uses

(S.S. Papadopulos, 2000). The New Mexico Office of the State Engineer requires offset of

any additional depletions to the Rio Grande by retirement of water rights sufficient to offset

impacts of new uses.

Assuming that adequate offsets for surface water impacts are obtained, some use of

groundwater in storage might be desirable as part of the regional water plan. A first-order

approximation of the volume of groundwater in storage that might be useable, subject to the

constraints noted above, can be estimated by multiplying an assumed “recoverable” volume of

aquifer that might be de-saturated by groundwater pumping by the specific yield of the

aquifer. In the Rio Grande Basin, the Santa Fe Group is the primary source for groundwater.

The areal extent of the Santa Fe Group was determined from basin areas as shown in Figure 1.

Table 4 summarizes parameters used for this estimate of groundwater in storage.

20

Table 4 Groundwater in Storage1 – Rio Grande Basin in the Study Area

Parameter Value

Area (acres) 1,863,395

De-watered Interval (feet) 10

Specific Yield 0.10

Groundwater Stored (acre-feet)2 1,863,395 1 Upper 10 feet throughout study area 2 The feasibility of recovering groundwater stored in this interval has not been evaluated Some might argue that the assumed de-watered interval of 10 feet does not tap the vast

available resources of the aquifer. While 10 feet is a small interval in the context of the

aquifer depth, as a practical matter, it would be virtually impossible to withdraw this amount

throughout the basin without encountering adverse impacts. Furthermore, it would be

difficult to find adequate quantities of existing uses to retire for offsetting the stream

depletions resulting from groundwater development of this magnitude. More realistically,

groundwater extraction on a smaller scale could be part of a viable aquifer storage and

recovery project, whereby water is extracted for use during droughts and recharged during

wetter periods. In an aquifer storage and recovery project, the impacts of groundwater

pumping will be lagged in impacting the river, potentially delaying the need for offsets to a

wetter period when recovery might be more easily implemented. On the other hand, the

practicality of using the aquifer as a storage reservoir is not clear and would require

evaluation in a feasibility study.

21

3.3.6 Water Quality

Water quality in the Rio Grande Basin has a high degree of spatial variability. High

concentrations of chloride are present in groundwater in the northern part of the Rio Grande

Basin, in locations corresponding to the southern Albuquerque-Belen Basin and the northern

Socorro Basin, and in the central basin near the Bosque del Apache Wildlife Refuge.

Chloride concentrations presented by Anderholm (1987) indicate average chloride

concentrations of approximately 600 mg/L in the northern part of the basin, 50 mg/L near

Socorro, and 400 mg/L in the central part of the basin. Anderholm (1987) suggests that the

high chloride concentrations in the northern part of the basin are due to upward movement of

deep basin groundwater in response to a decrease in overall depth and width of principal

water bearing formations in the vicinity of San Acacia. This deep basin groundwater then

mixes with groundwater and irrigation return water in the upper hydrostratigraphic units. The

cause for the high levels of chloride in groundwater in the vicinity of the Bosque del Apache

Wildlife Refuge is unknown, but has been postulated (Anderholm, 1987) to be due to either

leakage of geothermal water associated with the Socorro Peak Known Geothermal Resource

Area into the basin along the Capitan lineament or upward movement of deep basin water,

similar to what may be occurring in the northern Rio Grande Basin.

3.4 Groundwater Yields by Aquifer

3.4.1 Principal Aquifer

The principal aquifer includes the Quaternary Alluvium, the Upper Santa Fe Group

Sierra Ladrones Formation and the Lower Popotosa Formation in the Lower Santa Fe Group.

22

Little exploration of the deeper Popotosa aquifer has occurred, thus, this discussion primarily

relates to the shallow aquifer. The hydraulic connection between the Rio Grande and the

presently developed regions of the principal aquifer (the shallow system) indicates that large-

scale extraction of the groundwater in storage will be impractical. Without offset, pumping

from most areas of the shallow aquifer will increase seepage from the Rio Grande, or reduce

drain/LFCC return flows to the river, thereby reducing in-stream flows and deliveries to

downstream users. New groundwater development can occur only if adequate stream

depletion offsets are obtained through the retirement of existing water rights or reduction of

other consumptive uses.

However, the presence of hydrologic discontinuities along basin margins and the

possible existence of low permeability units within the Popotosa Formation (Bruning, 1973)

may limit or delay the hydrologic impacts of pumping from the deep Popotosa aquifer or from

specific, although limited, zones of the shallow aquifer. Investigation to establish the extent

of such postulated hydrologic discontinuities would be needed to support the possibility for

development under reduced offset conditions.

3.4.1.1 Sustainable yields

Sustainable yield represents the amount of water that can be obtained over the

indefinite future, or, in a steady-state condition. In a steady-state condition, basin inflow is

equal to basin outflow. Some authors equate sustainable yield with basin recharge. However,

if sustainable yield under development is assumed equal to recharge, then natural discharge

ceases and is shifted to the uses served by the sustainable yield. In the Rio Grande Basin,

given that the obligations under the Rio Grande Compact are met in part by existing basin

23

recharge and outflow patterns, basin recharge can not be assumed to be available for

development; and, sustainable yield shouldn’t be equated with recharge. Rather, sustainable

yield should be equated with the amount of depletions occurring under present development

conditions. New uses can only be sustained with a commensurate decrease from existing

uses. In theory, sustainable yield also can be increased by decreasing natural depletions to

the river system, i.e., evaporative or riparian depletions. The feasibility or desirability of

decreasing natural depletions would require careful evaluation, particularly in light of cultural

resources and endangered species issues.

3.4.1.2 Drawdown by Level of Development

Examination of well field data from the City of Socorro provides a general measure of

the drawdown to be expected in the principal aquifer in the Rio Grande Basin from wellfield

development of this magnitude. Records indicate that groundwater supplied to the City of

Socorro is drawn from four wells ranging in depth from 97 to 505 feet. Well details and water

levels are summarized in Table 5. Short-term pumping of the three highest capacity wells at

rates between 740 and 850 gpm results in less than three feet of drawdown in any well. The

specific capacities of these wells, based upon the data in Table 5, ranges from 180 to 410

gpm/ft. Specific capacities for three other wells utilizing the same aquifer system in the

Socorro area were much lower than for the wells listed in Table 5. The National Guard

Armory well was determined to have the lowest specific capacity at 5.8 gpm/ft (Summers et

al, 1981). The replacement Bushman well on the NMIMT campus had a specific capacity of

14 gpm/ft (Summers and Schwab, 1983) while that of the City of Socorro Well Number 1 was

estimated to be 39 gpm/ft (Summers, 1973).

24

Table 5 Summary of Well and Water Level Data for City of Socorro Wells

Date Well Name

Total Depth

(ft)

Static Water Level

Depth (ft)

Time Pumping

Rate (gpm)

Pumping Water Level

Depth (ft)

Time

4/10/1980 Eagle Picher

225 72.081 07:48 ~450 ~130 10:00

8/25/1982 Industrial 505 263.92 11:38 ~10.6 264.4 12:00

7/7/1980 Olson 97 27.63 10:59 ~370 ~33 11:59


225 68 11:00 800 71 14:30

9/24/1998 School of Mines

197 29 12:00 850 31 14:00

9/24/1998 Industrial 505 261 13:30 820 264 15:00

9/24/1998 Olson 97 28 11:35 540 31 15:00


225 68 08:15 800 71 09:15


197 30 09:30 850 31.5 11:00

3/23/1999 Industrial 505 260 12:30 820 263 14:20

3/23/1999 Olson 97 28 11:35 540 31 15:00


225 68 09:20 790 71 10:25


197 30 10:35 820 31.5 11:40

11/1/2000 Industrial 505 256 11:50 820 258 13:00


225 67 09:30 740 70 14:30


197 30 10:05 820 32 13:45

7/17/2001 Industrial 505 260 10:37 820 262 13:25 1Data from Schwab, 1980a. 2Data from Schwab et al, 1982b 3Data from Schwab, 1980b

25

Anticipated future drawdown resulting from pumping in the City of Socorro well field

can be estimated by utilizing the existing hydraulic data for wells in the Socorro field

presented in Appendix C in conjunction with an equation relating discharge, aquifer

properties and drawdown (Neuman, 1972). If we assume that all four wells listed in Table 5

operate at historical rates for the indefinite future, we can calculate the net effect of pumping

at any point in the vicinity of the well field at any future point in time. For this report, the net

change in aquifer water level was calculated for a hypothetical well located on the New

Mexico Institute of Mining and Technology (NMIMT) golf course for periods of 20 and 40

years. The drawdown due to pumping from each well and the net drawdown at each point in

time, in addition to the assumed hydraulic parameters and discharge rates, are summarized in

Table 6. The net drawdown at the golf course is the sum of the estimated impacts of each

individual well, according to the principal of superposition. Although this estimate assumes

water is pumped from an infinite system, that no direct recharge from precipitation occurs,

and that no interaction with surface water systems exists, it does provide what may be a

reasonable first order range of anticipated impacts from well field operation. The existence of

hydrogeologic barriers to groundwater flow will result in net drawdown that exceeds the

estimates in Table 6; however, recharge from precipitation and seepage from surface water

systems will have the effect of reducing the observed drawdown from the estimates shown in

Table 6.

These calculations, while only a first-order approximation, suggest that for high

efficiency wells drilled in the sand and gravel intervals, drawdown will not likely be a

limiting factor in development. However, due to the proximity of these high producing zones

26

to the river, relatively immediate stream depletions occur. Should pumping increase beyond

present levels, additional depletions to the flow of the Rio Grande will occur that must be

considered in balancing water supply conditions in the planning region.

Table 6 Estimated Future Drawdown from City of Socorro Well Field

Drawdown (ft) Well

Distance from NMIMT Golf Course

(ft) T (ft2/day) Sy

Q (ft3/day) 20 yrs 40 yrs

Eagle Picher

12,672 17,600 0.05 154,010 2.2 3.0

Olsen 4,013 28,000 0.235 103,957 1.4 1.6 Industrial 10,560 8,823 0.005 157,861 7.9 9.0 School of

Mines 1,320 20,000 0.1 157,861 3.1 3.5

Net Drawdown at NMIMT Golf Course (ft) 14.6 17.1

3.4.2 Other Aquifers

Minor aquifers of limited extent occur in Tertiary volcanics and other bedrock

formations. Little development presently occurs from these areas, although they do support

numerous low yield domestic wells. Available data from these aquifers suggest that they

could not support additional large-scale development. Storage and permeability of these

aquifers are primarily associated with localized fracture porosity, which enhances

transmissivity but provides limited aquifer storage. Data are unavailable to assess the

drawdown from various levels of development in the Tertiary volcanics or other aquifers or

the degree to which these units would be impacted by which development in the Upper Santa

Fe Group.

27

4.0 LA JENCIA BASIN

The La Jencia Basin is located in central Socorro County (Figure 7) and is

approximately 200 square miles in area. This section summarizes the physiography, geology

and hydrogeology of the La Jencia Basin.

4.1 Physiography

The La Jencia Basin is a semi-closed basin lying west of the Rio Grande Basin in

central Socorro County. It is bounded on north by the Colorado Plateau and the Ladron

Mountains, on the west by Bear Mountains and on the south and west by the Magdalena

Mountains (Anderholm, 1987). The La Jencia Basin is separated from the adjacent Socorro

Basin by the Socorro Peak-Lemitar Mountains inter-graben horst, which acts as a hydraulic

barrier that restricts groundwater flow between the basins. Elevations range from 5,000 feet

in the northeast corner of the basin, where the Rio Salado flows toward the Rio Grande, to

6,400 feet along the Bear and Magdalena Mountain Ranges to the west. The climate is

predominantly semi-arid. Mean precipitation in nearby Magdalena is 11.74 inches (Roybal,

1991).

Three streams drain surface water from La Jencia Basin. Both Bear Springs Canyon

and La Jencia Creek drain water northward into the Rio Salado, which crosses the north edge

of the basin. Water Canyon drains the southeastern part of La Jencia Basin. Surface water in

this drainage runs eastward to the Rio Grande. However, none of these streams serve as

perennial surface water drainage from this basin (Anderholm, 1983).

28

4.2 Geology

The geology of the La Jencia Basin is similar to that of the Rio Grande Basin

described in the previous section. The basin floor is formed by asymmetrical groups of tilted

fault blocks overlain by basin fill sediments (Figure 8). The planes of most faults flatten with

depth and have normal offset.

Rocks of the Baca formation and Datil group overlie Mesozoic and Paleozoic rocks

composed primarily of limestones, sandstones siltstones and shales. The Baca formation

consists of conglomerates, red and white sandstones and shales while the Datil group is

composed of as much as 2,000 feet of ash flow tuffs and volcanoclastic conglomerates and

sandstones (Osburn and Chapin, 1983). The Datil Group outcrops along the eastern flank of

the Bear Mountains and along La Jencia Creek in the central part of the La Jencia Basin.

Tertiary Socorro volcanics, estimated to be 20 to 33 million years old (Chapin and

others, 1978), overlie the Datil Group and the Baca Formation. These rocks are made of ash –

flow tuffs with andesite to basalt-andesite lavas, rhyolite lavas, rhyolite domes and landslide

deposits. (Anderholm, 1987).

Overlying the Socorro volcanics are rocks of the Santa Fe Group. This formation has,

as principal components, the Popotosa Formation, the Sierra Ladrones Formation and

Quaternary deposits (Anderholm, 1987). The Popotosa Formation consists of a lower

fanglomerate facies of red and brown conglomerates and sandstone and an upper playa facies.

Thickness of the fanglomerate facies ranges from 2,700 to 6,200 feet while that of the playa

facies ranges from 800 to 3,500 feet (Bruning 1973 as noted in Anderholm, 1987). The Sierra

Ladrones Formation is composed primarily of alluvial fan, tributary alluvial and playa

29

deposits. Playa deposits were formed after uplift of Socorro Peak and the Lemitar and

Chupadera Mountains isolated La Jencia basin from the Socorro basin. Playa deposits consist

of interbedded clays and silts and are confined to a small area in the basin center (Anderholm,

1987). Because the La Jencia Basin was disconnected from the Rio Grande Basin during

deposition of the Sierra Ladrones Formation, the lithology of the Sierra Ladrones Formation

more closely resembles that of the Popotosa Formation here than in the adjacent Socorro

Basin (P. Johnson, 2001, personal communication).

4.3 Hydrogeology

Regional groundwater flow is generally to the north. Recharge to the groundwater

system occurs as mountain front recharge, direct infiltration of precipitation and seepage from

ephemeral streams in the basin. Groundwater discharge occurs as flow into surface water

features such as La Jencia Creek, evapotranspiration by plants, and subsurface flow into the

neighboring Rio Grande Basin.

4.3.1 Aquifer Properties

The principal aquifer in the La Jencia Basin consists of strata of the Santa Fe Group

(Anderholm, 1987), although there are also wells that tap into the Tertiary volcanics along

basin margins.

The Sierra Ladrones Formation comprises the uppermost aquifer in the La Jencia

Basin. The coarse-grained fanglomerate facies in the underlying Popotosa Formation is also

presumed to form a part of the principal aquifer system. Where present, the playa facies of

the Popotosa Formation, which interfingers with the fanglomerate, is expected to act as a

confining or low permeability unit. The Socorro volcanics and the group of rocks made of

30

the Datil Group, the Baca Formation and underlying Mesozoic and Paleozoic rocks compose

minor aquifers in the highlands around basin margins (Anderholm, 1987).

Although aquifer test results from the Sierra Ladrones Formation are not available,

analysis of aquifer test data from wells that derive water from Quaternary deposits and the

Upper Santa Fe Group in the adjacent Socorro Basin indicated an average hydraulic

conductivity between 41 ft/d and 60 ft/d and a storativity ranging from 0.0002 to 0.23

(Hantush, 1961; USGS, 1979; Waldron, 1956). Calculations of transmissivity ranged from

3,700 ft2/d to 27,000 ft2/d (Hantush, 1961; Theis, 1938; Waldron, 1956). As discussed in

Section 4.2, however, the lithology of this unit in the La Jencia Basin may differ from that in

the Socorro Basin.

In the La Jencia Basin, aquifer tests using completed into the Tertiary volcanics wells

in the Magdalena area, along the basin margin, were conducted by Bishop (1975) and

Summers (1975). Bishop reported a transmissivity estimate of 160 ft2/d based on tests on two

wells. Summers tests yielded a transmissivity value of over 5,000 ft2/d, although he mentions

that the well is completed into a fault zone and the transmissivity of the formation as a whole

is likely much lower.

In northern part of the basin, groundwater discharges to La Jencia Creek.

Groundwater discharges to the Socorro Basin both in the Nogal Canyon-Snake Ranch Flats

area and in the area of Socorro Canyon. The volume of groundwater flowing into the Socorro

Basin is likely small in both localities. In Socorro Canyon, the Popotosa confining layer is

exposed along most of the canyon and likely restricts groundwater flow in the area. In Nogal

Canyon, the small thickness and width of permeable sediments limits groundwater flow.

31

Anderholm (1983 and 1987) suggested the possibility that significant ground water flow from

La Jencia Basin into the Socorro Basin occurs beneath the Popotosa confining unit in the

Socorro-Six Mile Canyon area. In this area, the Socorro Volcanics are likely heavily

fractured and may provide a conduit for deep groundwater flow.

4.3.2 Well Data

The USGS provided records of 45 wells completed in the La Jencia Basin within the

planning region. The target strata for most of these wells are not identified. It is assumed that

the majority of water supply wells utilize the Upper Santa Fe Group Sierra Ladrones

Formation as it forms the primary aquifer in the region. Of the eleven wells for which target

unit is identified by the USGS, only one is completed into a water bearing unit older than the

Santa Fe Group. Based upon well data provided by the USGS, well depths range from 44 to

540 feet, with an average depth of 235 feet.

4.3.3 Well Yield and Water Levels

Little data exist on well yields in the La Jencia Basin. Roybal (1991) reported one

measured flow of 0.5 gpm. The yields of wells completed into the Upper Santa Fe Group in

the adjacent Rio Grande Basin are commonly less than 50 gpm. Depth to water ranges from

10 feet to nearly 500 feet. In most locations the water table is more than 100 feet deep.

Selected water- level measurements and generalized water table contours are shown on Figure

9.

4.3.4 Recharge

Recharge to groundwater systems in the La Jencia Basin occurs by direct infiltration

of precipitation, infiltration of runoff from upland areas at basin margins, and seepage from

32

ephemeral streams. Gross and Wilcox (1983) proposed that at least some of this recharge

flows into the Socorro Mountain volcanic complex and discharges into the Rio Grande Basin

at Socorro and Sedillo Springs. Based upon tritium isotope data, Gross and Wilcox concluded

that recharge to the springs from the La Jencia Basin occurs in along two paths: (1) A local

component derived from surface runoff from the Socorro Mountains or the Magdalena

Mountains with a residence time of 4 years and (2) a regional pathway, with a residence time

in excess of the 12.3 year half life of tritium, in which precipitation falling on the Magdalena

Mountains travels through the Santa Fe Group into the fractured volcanics from which the

springs discharge.

As discussed in the previous chapter, a number of methods can be used to quantify

recharge, including direct estimation, water budget calculation, regression modeling, and

water quality mixing studies. In this study, recharge to the La Jencia Basin was estimated

using the Maxey-Eakin method (1949) as applied in the DBSA study and as described in the

preceding chapter, and the Dewey-Hearne method as described and applied by Roybal (1991).

These recharge estimates are summarized in Table 7. The estimate derived from Roybal

(1991) and summarized in Table 8 includes 3,620 acre-ft from the Magdalena Mountains and

one third of the 2,900 acre-ft from the Bear Mountains.

33

Table 7 Estimated Recharge (Yield) to La Jencia Basin

(acre-feet/year)

Method Volumetric Recharge

Total Basin Yield by Maxey-Eakin 15,400

Mountain Front Recharge by Hearne-Dewey (Roybal, 1991) 4,600

In addition to the above estimates, Anderholm (1987) estimated mountain front

recharge to the La Jencia Basin to be approximately 4,150 acre-ft/yr. The method used to

obtain this estimate is not known.

As discussed in the preceding chapter on the Rio Grande Basin, the work presented in

Anderholm (2001) suggests that both the Maxey-Eakin method and regression methods may

significantly overestimate recharge rates.

4.3.5 Groundwater Resources

Given the small number of wells and the limited hydrologic data available for the La

Jencia Basin, it is difficult to accurately quantify the volume of groundwater in storage in the

basin. The feasibility of using these groundwater resources through long-term mining will be

subject to constraints of cost, water quality and potential impacts to existing water users and

surface water systems.

Despite these limitations, some use of stored groundwater may be feasible as part of a

regional water plan. As discussed in the preceding chapter, this may take the form of water

“banking” during years with above average precipitation and utilization during drought years.

An estimate of the groundwater in storage that may be recoverable can be approximated using

34

the same technique as was applied to the Rio Grande Basin. An assumed “recoverable”

volume of aquifer that might be desaturated by pumping is multiplied by the specific yield of

the aquifer. In the La Jencia Basin, the volume of usable groundwater in storage was

estimated only for the Santa Fe Group. Even though data indicate that some wells utilize the

Tertiary volcanics, in addition to the Santa Fe Group, as a groundwater source, the volcanics

constitute only minor aquifers of limited extent. As discussed in Section 3.4.2, available data

suggest that storage and permeability characteristics are primarily associated with localized

fractures, which provide limited storage potential. Parameters used in the analysis and

estimates of groundwater in storage are summarized in Table 8.

Table 8 Groundwater in Storage1 - La Jencia Basin

Parameter Santa Fe Group

Area (acres) 127,874

Thickness (feet) 10

Specific Yield 0.10

Groundwater Stored2

(acre-feet) 127,874

1 Upper 10 feet throughout study area 2 The feasibility of recovering groundwater stored in this interval has not been evaluated

4.3.6 Water Quality

Anderholm (1987) presented data that indicates that water quality is good in the

principal water bearing formations in the La Jencia Basin. Total dissolved solids

concentrations are, for the most part, less than 300 mg/L. Lithology and flow distance have

35

the largest effect on water quality. Precambrian and Paleozoic rocks have higher

concentrations of calcium, carbonate and bicarbonate than the Tertiary volcanics and Santa Fe

Group. Groundwater dissolves gypsum as it flows through the basin, resulting in dissolved

sulfate concentrations increasing with distance from recharge areas.

4.4 Groundwater Yields by Aquifer

4.4.1 Principal Aquifer

Groundwater yields in the principal aquifer are described in this section. The principal

water-bearing unit is the Santa Fe Group, which includes the Popotosa Formation and the

overlying Sierra Ladrones Formation. As discussed in section 4.3.3, little data exists on well

yields in the La Jencia Basin. Roybal (1991) reported one measured flow of 0.5 gpm. In the

adjacent Rio Grande Basin, reported yields range from 0.5 to 2,700 gpm (Roybal, 1991),

although nearly 70 percent of reported yields are less than 50 gpm.

4.4.1.1 Sustainable yields

As mentioned in the preceding chapter, the sustainable yield represents the amount of

water that can be obtained over the indefinite future, or, in a steady-state condition. In some

cases, sustainable yield has been equated to recharge. However, the recharge to the La Jencia

Basin is currently being utilized to satisfy existing demands within the basin and in the

adjacent Rio Grande Basin. Given that the La Jencia Basin is tributary to the Rio Grande, a

careful evaluation of the impacts on existing uses would be required before implementation of

additional groundwater withdrawals.

36

4.4.1.2 Drawdown By Development

The limited hydraulic parameter data in La Jencia Basin make uncertain any attempt to

estimate drawdown by level of development. Current groundwater utilization appears to be

primarily for domestic and stock uses. No data exist showing the relationship between

drawdown and groundwater pumping or development.

4.4.2 Other Aquifers

As mentioned previously, there are wells within the study area that utilize the Tertiary

volcanics and deeper Mesozoic and Paleozoic units for groundwater supplies. However, the

number of wells in the La Jencia is small and hydrologic data are sparse. Data are unavailable

to assess the sustainable yield or the drawdown from various levels of development in the

Tertiary volcanics or other aquifers.

37

5.0 SUMMARY

In both the La Jencia and Rio Grande Basins, the principal aquifer system is the Santa

Fe Group, which is composed of the Popotosa Formation, the Sierra Ladrones Formation, and

Quaternary deposits. Groundwater generally moves toward the river from basin margins in

the Rio Grande Basin, although there is a regional trend toward decreasing water level

elevations from north to south along the length of the basin within the study area. In the La

Jencia Basin, groundwater is found at depths in excess of 100 feet below ground surface and

has been reported to discharge into the Rio Grande Basin in Nogal Canyon, Socorro Canyon

and possibly though permeable material underlying Socorro-Six Mile Canyon.

Although little well data exist in the La Jencia Basin, a great deal of information is

available for the Rio Grande Basin. The majority of wells within this basin target aquifers

within the Quaternary alluvial deposits or the Sierra Ladrones Formation of the Santa Fe

Group. Most wells yield less than 50 gpm, although capacities in excess of 2,000 gpm have

been reported.

Recharge to the ground water systems in both basins occurs primarily through

infiltration of precipitation and runoff from upland areas along basin margins. Mountain-front

recharge has been estimated to be between 8,000 and 20,000 acre-feet/year for the Rio Grande

Basin; and, basin yield, including surface tributary flow, may be as high as 63,000 acre feet

per year in the planning region. In the La Jencia Basin, mountain-front recharge is estimated

to be between 2,500 and 5,000 acre-feet/year; and, basin yield may be as high as 20,000 acre-

feet per year. Basin recharge should not be viewed as an untapped supply of water for

38

planning purposes. Basin recharge currently supplies existing uses and would be available to

meet new needs only by shifting water for these uses.

For the most part, the surface and groundwater features within the Socorro-Sierra

Planning Region are hydraulically connected. As a result, any assessment of the feasibility of

developing groundwater resources as a part of a regional water plan must consider the role

played by surface waters in the hydrologic system. Additional large-scale development of the

groundwater resources in the Soccoro-Sierra Planning region will be limited due to depletions

to the river system and the need to offset impacts to existing water rights. Pumping from

some isolated, deep or remote areas may exhibit delayed impacts to the stream system; such

areas may have potential utility for groundwater storage and recovery projects.

39

6.0 REFERENCES

Anderholm, S.K., 1983, Hydrogeology of the Socorro and La Jencia Basins, Socorro County, New Mexico. Socorro Region II. New Mexico Geological Society 34th Annual Field Conference, October 13-15, 1983.

Anderholm, S.K., 1987, Hydrogeology of the Socorro and La Jencia Basins, Socorro County, New

Mexico. USGS Water Resource Investigations Report 84-4342. Anderholm, S.K., 1999, Mountain front recharge along the east side of the Middle Rio Grande Basin,

central New Mexico. USGS Middle Rio Grande Basin Study—Proceedings of the Third Annual Workshop, Albuquerque, New Mexico, February 24-25, 1999. USGS Open File Report 99-203.

Anderholm, S.K., 2001, Mountain front recharge along the eastern side of the Middle Rio Grande

Basin, central New Mexico. USGS Water-Resources Investigations Report 00-4010. Bishop, P.H., 1975, Geohydrology of the Magdalena Area, Socorro County, New Mexico. New

Mexico State Engineer Open File Report. Bloodgood, D.W., 1930, The groundwater of the middle Rio Grande valley and its relation to

drainage. New Mexico Agriculture Experiment Station Bulletin 184. Bruning, J.E., 1973, Origin of the Popotosa Formation, north-central Socorro County, New Mexico.

PhD dissertation, New Mexico Institute of Mining and Technology, Socorro, New Mexico. Chamberlin, R.M., 1999, Preliminary geologic map of the Socorro Quadrangle, Socorro County,

New Mexico. New Mexico Bureau of Mines and Mineral Resources Open File Digital Map Series OF-DM-34.

Chamberlin, R.M., S.M. Cather, M.W. Nyman, and V.T. McLemore, 2001, Preliminary geologic

map of the Lemitar 7.5’ Quadrangle, Socorro County, New Mexico. New Mexico Bureau of Mines and Mineral Resources Open File Geologic Map OF-GM-38.

Chapin, C.E., R.M. Chamberlin, and J.W. Hawley, 1978, Socorro to Rio Salado in J.W. Hawley,

compiler, Guidebook to the Rio Grande Rift in New Mexico and Colorado, New Mexico Bureau of Mines and Mineral Resources Circular 163.

Chapin, C.E., R.M. Chamberlin, G.R. Osburn, D.W. White and A.R. Sanford, 1978, Exploration

framework of the Socorro Geothermal Area, New Mexico, in Chapin, C.E., W.E. Elstang, and H.L. James, eds., Field guide to selected cauldrons and mining districts of the Datil-Mogollon Volcanic Field, New Mexico. New Mexico Geological Society Special Publication 7.

Clark, N.J. and W.K. Summers, 1971, Records of wells and springs in the Socorro and Magdalena

areas, Socorro, New Mexico, 1968. New Mexico Bureau of Mines and Mineral Resources Circular 115.

40

D.B. Stephens and Assoc., In., 2001, Socorro-Sierra Planning Region Non Tributary Groundwater Supply Study. Daniel B. Stephens and Associates, Inc., Albuquerque, New Mexico.

Gross, G.W., and R. Wilcox, 1983, Groundwater Circulation in the Socorro Geothermal Area in C.E.

Chapin, editor, Socorro Region II, New Mexico Geological Society Guidebook, 34th Field Conference, Region II.

Gold, R., 2001, USGS electronic data transfer. Hantush, M.S., 1961, Aquifer tests on partially penetrating wells. American Society of Civil

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41

Schwab, G., 1980b, Hydrologic Evaluation of the Old Olsen Well. W.K. Summers and Associates

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Mexico. USGS Water-Resources Investigation Report 93-4213.

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Figure 4 Hydrographs of Two Wells in the Rio Grande Basin near the Basin Margin Figure 5 Hydrographs of Eight Wells in the Rio Grande Basin in the Inner Valley

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Water Levels measured winter 1980-82.


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Figure 9. Water Levels in the La Jencia Basin


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Water Levels Measured June 1, 1960.

Appendix A Bibliography

Middle Rio Grande Water Supply StudyBibliography (listed by author)

Action Committee of Middle Rio Grande Water Assembly 1999Middle Rio Grande water budget (where it comes from, & goes, & how much)Action Committee of Middle Rio Grande Water Assembly

Albright, J.L., R. Alcorn, H. S. Cave 1955Oil and Gas Possibilities of the Basins of the Sierra County RegionNew Mexico Geologic Society, Guidebook of South Central New Mexico, 6th Field Conference, November 6-11, 1955

Albuquerque Special Water Planning Committee 1951Report of the Special Water Planning CommitteeCity of Albuquerque

Albuquerque Water Conservation Board 1954Interim report on the matter of acquisition of water rightsCity of Albuquerque

American Ground Water Consultants, Inc. 1978Results of aquifer-performance tests using wells serving the Sohio L-Bar mill, Valencia County, New MexicoConsultant report to Sohio Natural Resources Co., Albuquerque

American Ground Water Consultants, Inc. 1978Results of the pumping test on the Stewart well located in section 31, T.1 N., R.6 E., Bernalillo County, New MexicoConsultant report to Lost Valley Estates, Albuquerque

American Groundwater Consultants, Inc. 1982Browood Development discharge plan (Bernalillo County)Consultant report to Browood Development Co.

American Groundwater Consultants, Inc. 1982Ground-water resources of the Three Springs Subdivision, Bernalillo County, New MexicoConsultant report to MJB Joint Venture

Anderholm, S.K. 1984Hydrology of the Socorro and La Jencia basins, Socorro county, New MexicoU.S. Geological Survey Water-resources investigations report 84-4342

Anderholm, S.K. 1987Reconnaissance of hydrology, land use, ground-water chemistry, and effects of land use on ground-water chemistry in the Albuquerque-Belen Basin, Albuquerque, New MexicoU.S. Geological Survey Water-Resources Investigation Report 86-4174

Appendix A Page 1 of 29

Anderholm, S.K. 1988Ground-water geochemistry of the Albuquerque-Belen basin, central New MexicoU.S. Geological Survey Water-Resources Investigation Report 86-4094

Anderholm, S.K. 1994Ground-water recharge near Santa Fe, north-central New MexicoU.S. Geological Survey Water-Resources Investigation Report 94-4078

Anderholm, S.K. and T.F. Bullard 1987Description of piezometer nests and water levels in the Rio Grande valley near Albuquerque, Bernalillo County, New MexicoU.S. Geological Survey Water-Resources Investigation Report 87-122

Anderholm, Scott K. 1987Hydrology of the Socorro and La Jencia Basins, Socorro County, New MexicoU.S. Geological Survey, Water-Resources Investigations Report 84-4342

Arroyo Mining Company, Inc. 1980Ground-water hydrology, in Arroyo No. 1 Mining Plan, Sandoval County, New MexicoConsultant report, Chapter IX

Baker, A.A., and L.W. Gelhar 1974Groundwater quality simulation for the Socorro region of the Rio Grande in New MexicoNew Mexico Institute of Mining and Technology, Dept. Geosciences Report

Barroll, P. 1999Draft documentation of the Administrative Groundwater Model for the Middle Rio Grande BasinNew Mexico Office of the State Engineer

Bartolino, J. R. 1996U. S. Geological Survey Middle Rio Grande Basin Study--Proceedings of the First Annual Workshop, Denver, Colorado, November 12-14, 1996U. S. Geological Survey Open-File Report 97-116

Bartolino, J. R. 1999USGS Middle Rio Grande Basin Study-Proceedingsof the Third Annual Workshop, Albuquerque, NMUSGS Open File Report 99-203

Bartolino, J. R. 1999U. S. Geological Survey Middle Rio Grande Basin Study--Proceedings of the Third Annual workshop, Albuquerque, NM, February 240-25, 1999U.S. Geological Survey Open-File Report 99-203

Bartolino, J.R. 1997U.S. Geological Survey Middle Rio Grande basin study: Proceedings of the first annual workshop, Denver ColoradoU.S. Geological Survey Open-File Report No. 97-116

Bates, R.L., and others 1947Groundwater in geology of the Gran Quivira Quadrangle (Socorro and Torrance Counties), New MexicoNew Mexico Bureau of Mines and Mineral Resources Bulletin 26

Bell et al. 1993Rio Grande land use inventoryTechnical memorandum dated September 28, 1993


Bell, A.D., K.R. Blaney, K.J. Oliver, and R.E. Miller 1994Middle Rio Grande water assessment: Middle Rio Grande land use trend analysis geographic information system data baseMiddle Rio Grande Water Assessment, supporting document no. 13, U.S. Bureau of Reclamation, Albuquerque area office

Bexfield, L.M., and Anderholm, S.K. 1997Water-quality assessment of the Rio Grande valley, Colorado, New Mexico, and Texas--Ground-water quality in the Rio Grande floodplain, Cochiti lake, New Mexico, to El Paso, Texas, 1995U.S. Geological Survey water-resources investigations report 96-4249

Birch, F.S. 1980Geophysical evaluation of basin characteristics in the central Rio Grande part I. Gravity models of the Albuquerque-Belen BasinUniversity of New Hampshire

Birch, F.S. 1980Geophysical evaluation of basin characteristics in the central Rio Grande part I. New gravity maps of the Albuquerque-Belen Basin, New MexicoU.S. Geological Survey, unpublished report

Birch, F.S. 1982Gravity models of the Albuquerque Basin, Rio Grande rift, New MexicoGeophysics, Vol. 27, No. 8

Bishop, P.H. 1971Tijeras Canyon No. 3 pump test (Bernalillo County)New Mexico State Engineer Open File Report

Bishop, P.H. 1972Geohydrology of the Magdalena area, Socorro County, New MexicoNew Mexico State Engineer Open File Report

Bjorklund, L. J., and B. W. Maxwell 1961Availability of groundwater in the Albuquerque Area, Bernalillo and Sandoval Counties, New MexicoNew Mexico State Engineer Technical Report No. 21

Black, R.F., and W.C. Powell 1928Preliminary report on the underground water in Socorro and Torrance CountiesNew Mexico State Engineer 8th Biennial Report, 1926-1928

Blanchard, P.J. 1993Ground-water-level fluctuations in the Cochiti Dam-Pena Blanca area, Sandoval County, New Mexico, 1976-1989U.S. Geological Survey Water-Resources Investigation Report 92-4193

Bloodgood, D.W. 1930The Groundwater of the Middle Rio Grande Valley and its Relation to DrainageNew Mexico Agriculture Experiment Station Bulletin 184

Bloodgood, D.W. 1930The groundwater of the Middle Rio Grande Valley and its relation to drainageNew Mexico College of Agriculture, Agriculture Experiment Station, Bulletin 184


Bonem, G.W., M. Gisser, and M.C. Resta 1977Water demand and supply in the Albuquerque greater urban area (AGUA). 1975-2030University of New Mexico Bureau of Business and Economic Research

Borton, R.L. 1974A listing of geohydrologic data for 106 exploratory holes drilled by Nuvlear Dynamics, Inc. in Rio Arriba, Sandoval and Santa Fe Counties, 1970-1972New Mexico State Engineer Open-File Report

Brandwein, S.S. 1974Chemical analyses, in selected shallow electrical resistivity surveys at Volcano Cliffs, Bernalillo County, and Warm Springs, Sandoval County, New MexicoUniversity of New Mexico Masters of Science thesis

Brasher, P.T. 1977Occurrence and removal of arsenic from ground-water in the Albuquerque areaAlbuquerque Water Resources Department

Brown, J.R., Nancy Carrilo, and Hank Jenkins-Smith, UNM Institute for Public Policy/University of New Mexico 2000Attitudes and Preferences of Residents of the Middle Rio Grande Water Planning Region Regarding Water IssuesAction Committee of the Middle Rio Grande Water Assembly and the Middle Rio Grande Council of Governments

Brutsaert, W.F., and T.G. Gebhard, Jr. 1975Conjunctive availability of surface and ground water in the Albuquerque area, New Mexico--A modeling approachGroundwater, Vol. 13, No. 4

Bryan, K. 1926Ground-water reconnaissance in Socorro County, New MexicoNew Mexico State Engineer 7th Biennial Report 1924-1926

Bullard, T.F., and S.G. Wells 1992Hydrology of the Middle Rio Grande from Velarde to Elephant Butte ReservoirU.S. Fish and Wildlife Service Resource Publication 179

Burroughs, J. 1959Development of New Mexico's water resources problemProceedings of the 4th Annual Water Conference, New Mexico State University

Burton, Leyendecker and Leyendecker, Inc. 1974Ground-water resources report for Fence Lake Ranches subdivision (Valencia County)Consultant report

Burton, Leyendecker and Leyendecker, Inc. 1977Pine Ridge Estates, Bernalillo County, geohydrology reportConsultant report

Busch 1995Infiltration gallery installation alternative, Middle Rio Grande water assessment studyMiddle Rio Grande Water Assessment, technical memorandum, U.S. Bureau of Reclamation, Albuquerque area office

Bushnell, H. P. 1955Mesozoic Stratigraphy of Soutn-Central New MexicoNew Mexico Geologic Society, Guidebook of South Central New Mexico, 6th Field Conference, November 6-11, 1955


Caprio, E.R. 1960Water resources of the western slope of the Sandia Mountains, Bernalillo and Sandoval Counties, New MexicoUniversity of New Mexico Masters of Science thesis

Carter, R.H., Jr. 1955Control of arroyo floods at Albuquerque, New MexicoAmerican Society of Civil Engineers Proceedings, Vol.. 81, Paper 801

CH2MHill 1995Albuquerque water resources management strategy, San Juan-Chama Diversion Project optionsConsulting report to the City of Albuquerque Public Works Department

Chapin, C.E. and J.F. Callender, eds 1983NM Geological Society Annual Field ConferenceNM Geological Society 34th Annual Field Conference, Oct. 13-15,1983

Chapin, C.E., W.E. Elstang, and H.L. James, eds. 1978Field guide to selected cauldrons and mining districts of the Datil-Mogollon Volcanic Field, New Mexico. New Mexico Geological Society Special Publication 7.

City of Albuquerque and Bernalillo County 1992Ground-water protection policy and action plan--second draftPolicy Coordinating Committee and CH2MHill

Clark, J.D. 1929The saline springs of the Rio Salado, Sandoval County, New MexicoUniversity of New Mexico Bulletin, Chem. Ser. Vol. 1, No. 3

Clark, J.D., and Mauger, H. 1932The chemical characteristics of the waters of the middle Rio Grande conservancy district: AlbuquerqueThe University of New Mexico Bulletin, v.2, no.2

Clark, N.J. and W.K. Summers 1971Recordsof wells and springs in the Socorro and Magdalena areas, Socorro County, NMNM Bureau of Mines and Mineral Resources,Socorro, NM; Circular 115

Clark, N.J., and W.K. Summers 1971Records of wells and springs in the Socorro and Magdalena areas, Socorro County, New Mexico, 1968New Mexico Bureau of Mines and Mineral Resources Circular 115

Clary, J.H., N.T. Korecki, and R.R. Mondragon 1984Geology of Albuquerque, New Mexico, United States of AmericaBulletin of Association of Engineering Geologists, Vol. 21, No.2

Connel, S.D. 1995Quaternary geology and geomorphology of the Sandia Mountains piedmont, Bernalillo and Sandoval Counties, central New MexicoUniversity of California, Riverside M.S. Thesis

Conover, C. S. , E. H. Herrick, J. W. Wood, and J.E. Weir, Jr. 1955The Occurrence of Groundwater in South-Central New MexicoNew Mexico Geologic Society, Guidebook of South Central New Mexico, 6th Field Conference, November 6-11, 1955


Conover, C.S. 1956The ground-water situation in AlbuquerqueU.S. Geological Survey Open -File Report

Conover, C.S. 1957Municipal water supplies in New MexicoAmerican Water Works Association Journal, Vol. 49, No. 4

Cooper, J.B. 1966Pilot hole of the University of New Mexico water well No. 7U.S. Geological Survey Open-File Report (prepared for the University of New Mexico)

Craigg, S.E. , and W.J. Stone 1982Hydrogeology of the Chico Arroyo-Torreon Wash area, McKinley and Sandoval Counties, New MexicoNew Mexico Bureau of Mines and Mineral Resources-Hydrology

Crawford, C.S., A.C. Culley, R. Leutheuser, M.S. Sifuentes, L.H. White, and J.P. Plan 1993Middle Rio Grande ecosystem: Bosque biological management planMiddle Rio Grande Biological Interagency Team, Rio Grande Bosque Conservation Committee, U.S. Fish and Wildlife Service

Cummins 1994"Analysis of soil textures and permeabilities" and "Deep percolation for the Kentucky Bluegrass" Middle Rio Grande water assessmentMiddle Rio Grande Water Assessment, technical memorandum, U.S. Bureau of Reclamation, Albuquerque area office

D.B. Stephens and Associates Inc. 2001Socorro-Sierra Region Non Tributary Groundwater Supply Study.Prepared for Socorro Soil and Water Conservation District Socorro-Sierra Steering Committee

Davis, M.J., S.J. Colarullo, and R. Lohmann 1990Alluvial aquifer heterogeneities in the Rio Grande valley implications for groundwater contaminationTechnical completion reports, New Mexico water resource Research Institute, Las Cruces, NM

Dewey, J.D. 1981Methods used to compute recharge for the Albuquerque-Belen sub-basin of the southwest alluvial basin study: 10th Annual Rocky Mountain Groundwater Conference, Laramie, WY, April 30-May 2, 198110th Annual Rocky Mountain Groundwater Conference, Laramie, WY, April 30-May 2, 1981

Dewey, J.D. 1981Methods used to estimate recharge for the Albuquerque-Belen Basin of the Southwest Alluvial Basin study, New MexicoProceedings of the 20th Annual Rocky Mountain Ground Water Conference

Dewey, J.D., F.E. Roybal, and D.E. Funderburg 1979Hydrologic data on channel adjustments, 1970 to 1975, on the Rio Grande downstream from Cochiti Dam, New Mexico, before and after closureU.S. Geological Survey water-resources investigations report 79-70

Dinwiddie, G.A. 1967Rio Grande Basin--Geography, geology, and hydrology in water resources of New MexicoNew Mexico State Planning Office

Dixon, G.H., D.H. Baltz, T.F. Stripp, and R.A. Bieberman 1954Records of wells drilled for oil and gas in New MexicoU.S. Geological Survey Circular 333


Donnel, P.S. 1928Report of ground-water determinationMiddle Rio Grande Conservancy District Official Plan, Exhibit R-3

Duffy, C.J. 1981Stochastic modeling of the spatial and temporal water-quality variations in ground-water (Rio Grande Valley)New Mexico Geology Vol. 3, No. 3

Duisberg, P. C. 1955Problems of the Upper Rio Grande: An Arid Zone River. Special symposium and discussion group of the International Arid Lands Symposium and Conference.U.S. Commission for Arid Resource Improvement and Development. Publication No. 1

Earp, D. 1992Results of ground-water monitoring at the Los Angeles Landfill, Albuquerque, New Mexico, 1986-1992City of Albuquerque Environmental Health Department

Earth Environmental Consultants, Inc. 1978Geohydrological conditions in the area of the Quail Run subdivision, Bernalillo County, New MexicoConsultant report

Earth Environmental Consultants, Inc. 1979Hydrogeology, supplement 2, in studies supplemental to the Arroyo No. 1 (Sandoval County) permit applicationConsultants report to Woodward-Clyde Consultants

Ellis, Lisa M. 1996Seasonal flooding and riparian forest restoration in the middle Rio Grande valley: Final report to U.S. Fish and Wildlife ServiceNew Mexico Ecological Services Field Office, Albuquerque, NM, U.S. Fish and Wildlife Service

Emery, M. M. 1976Geohydrological report, (in Water supply and water-quality plans, Sandia Heights North, Unit II, Bernalillo County, New Mexico: Bohannan, Westman, Huston and Assocs., Inc.)Consultant report to Sandia Peak Tramway Co.

Fischer, E.E., and J.P. Borland 1983Estimation of natural streamflow in the Jemez river at the boundaries of Indian lands, central New MexicoU.S. Geological Survey Water-resources investigations report 82-4113

Fischer, E.E., J.J. Rote, and J.P. Borland 1984Rainfall-runoff data in the Albuquerque, New Mexico, metropolitan area, 1976-1983U.S. Geological Survey Open-File Report 84-448

Flanigan, Kevin G. and W. Peter Balleau 1998Hydrologic Effect of Expanded Place of Use at The Bosque Del Apache National Wildlife RefugeTechnical Memorandum

Follett, W.W. 1896Report to the international boundary commission on the water supply and irrigation development of the Rio Grande basin above Fort Quitman, TexasU.S. Senate document 229, 55th congress, 2nd session


Foster, R.W. and W.J. Stone 1977Hydrologic studies of the Socorro landfill siteNew Mexico Bureau of Mines and Mineral Resources Open-File Report OF-86

French, J.A. 1919Report of drainage investigations - Middle Rio Grande valley in New MexicoOffice of the State Engineer, Santa Fe, NM; State Engineer miscellaneous reports

Gabin, V.L. and L.E. Lesperance 1977New Mexico climatological data--Precipitation, temperature, evaporation, and wind--Monthly annual means, 1850-1975: Socorro New MexicoConsultant report

Galusha, T., and J.C. Blick 1971Stratigraphy of the Santa Fe Group, New MexicoAmerican Museum of natural History Bulletin, Vol. 144

Geohydrology Associates, Inc. 1976Well test and aquifer performance of Novak well, Tijeras (Bernalillo County), New MexicoConsultant report to Marchiando and Berry

Geohydrology Associates, Inc. 1976Probable effects of long term pumping of Love well, Sandia Heights development area, Bernalillo County, New Mexico, in Water Supply and water quality plans, Sandia Heights North, Unit II, Bernalillo County, New MexicoConsultant report to Bohannan, Westman, Huston and Associates

Geohydrology Associates, Inc. 1977Hydrologic conditions at Don Carlos Subdivision, Bernalillo County, New MexicoConsultant report to Frank Benevidez Survey

Geohydrology Associates, Inc. 1980Hydrologic conditions at El Cerro Mission subdivision, Valencia County, New MexicoConsultant report to Van Camp Investors Diversified

Geohydrology Associates, Inc. 1980Investigation of the high ground-water table in the areas of Pena Blanca, Cochiti Pueblo, and Sile (Sandoval County), New MexicoConsultant report to the Army Corps of Engineers

Geohydrology Associates, Inc. 1989Assessment of Geohydrologic Conditions and the Potential for Ground-Water Development in the McRae Aquifer System, Sierra County, New Mexico.GAI report to Oppenheimer Industries, Inc., Kansas City, Missouri.

Goetz, C.L. 1985Potential incremental seepage losses in an alluvial channel in the Rio Grande basin, New MexicoU.S. Geological Survey Water-resources investigations report 84-4268

Goetz, C.L. and S.G. Shelton 1990Infiltration and evapotranspiration within the Albuquerque, New Mexico area with a section on historical water-resources trends during the 1954-1980's period of urban growthU.S. Geological Survey Water-Resources Investigations report 90-4055


Gordon, N.D. 1982A hydrologic simulation model for the Otowi-Cochiti reach of the Rio GrandeGraduate school report series, graduate school of New Mexico State University, Las Cruces, NM

Gould, J.L. 1994Middle Rio Grande water assessment: Middle Rio Grande channel permeameter investigationMiddle Rio Grande Water Assessment, supporting document no. 11, U.S. Bureau of Reclamation, Albuquerque area office

Gould, J.L. 1995Middle Rio Grande water assessment: Middle Rio Grande basin surface water budget for calendar years 1935, 1955, 1975, and 1993Middle Rio Grande Water Assessment, supporting document no. 15, U.S. Bureau of Reclamation, Albuquerque area office

Gould, J.L. 1996Middle Rio Grande conservancy district water management study planU.S. Bureau of Reclamation, Albuquerque, NM

Gould, J.L. 1997Rio Grande conveyance loss investigation Isleta to San AcaciaU.S. Bureau of Reclamation, Albuquerque, NM

Gould, J.L., and S. Hansen 1994Middle Rio Grande water assessment: Canal seepage field investigations performed November 1993Middle Rio Grande Water Assessment, supporting document no. 12, U.S. Bureau of Reclamation, Albuquerque area office

Grambling, J.A., and S.G. Wells 1982Albuquerque county II: Socorro, New Mexico Geological Society guidebook, 33rd field conferenceNew Mexico Geological Society, 33rd field conference

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Groundwater Management, Inc. 1988Pumping test data analysis, Ponderosa well field, City of Albuquerque, New MexicoConsultant report submitted to the city of Albuquerque

Groundwater Management, Inc. 1988Pumping test data analysis, Duranes well field, City of Albuquerque, New MexicoConsultant report submitted to the city of Albuquerque

Groundwater Management, Inc. 1988Pumping test data analysis, Miles Road well field, City of Albuquerque, New MexicoConsultant report submitted to the city of Albuquerque

Groundwater Management, Inc. 1988Pumping test data analysis, San Jose well field, City of Albuquerque, New MexicoConsultant report submitted to the city of Albuquerque

Groundwater Management, Inc. 1988Pumping test data analysis, Love well field, City of Albuquerque, New MexicoConsultant report submitted to the city of Albuquerque


Groundwater Management, Inc. 1988Pumping test data analysis, Thomas well field, City of Albuquerque, New MexicoConsultant report submitted to the city of Albuquerque

Groundwater Management, Inc. 1988Pumping test data analysis, Leyendecker well field, City of Albuquerque, New MexicoConsultant report submitted to the city of Albuquerque

Groundwater Management, Inc. 1988Pumping test data analysis, Lomas well field, City of Albuquerque, New MexicoConsultant report submitted to the city of Albuquerque

Groundwater Management, Inc. 1988Pumping test data analysis, Griegos well field, City of Albuquerque, New MexicoConsultant report submitted to the city of Albuquerque

Groundwater Management, Inc. 1988Pumping test data analysis, Santa Barbara well field, City of Albuquerque, New MexicoConsultant report submitted to the city of Albuquerque

Groundwater Management, Inc. 1988Pumping test data analysis, Candelaria well field, City of Albuquerque, New MexicoConsultant report submitted to the city of Albuquerque

Groundwater Management, Inc. 1988Pumping test data analysis, Walker well field, City of Albuquerque, New MexicoConsultant report submitted to the city of Albuquerque

Groundwater Management, Inc. 1988Pumping test data analysis, Webster well field, City of Albuquerque, New MexicoConsultant report submitted to the city of Albuquerque

Groundwater Management, Inc. 1988Pumping test data analysis, Yale well field, City of Albuquerque, New MexicoConsultant report submitted to the city of Albuquerque

Groundwater Management, Inc. 1988Pumping test data analysis, Burton well field, City of Albuquerque, New MexicoConsultant report submitted to the city of Albuquerque

Groundwater Management, Inc. 1988Pumping test data analysis, Leavitt well field, City of Albuquerque, New MexicoConsultant report submitted to the city of Albuquerque

Groundwater Management, Inc. 1988Pumping test data analysis, Volcano Cliffs well field, City of Albuquerque, New MexicoConsultant report submitted to the city of Albuquerque

Groundwater Management, Inc. 1988Pumping test data analysis, Don well field, City of Albuquerque, New MexicoConsultant report submitted to the city of Albuquerque


Groundwater Management, Inc. 1988Pumping test data analysis, Vol. Andia well field, City of Albuquerque, New MexicoConsultant report submitted to the city of Albuquerque

Groundwater Management, Inc. 1988Pumping test data analysis, Charles well field, City of Albuquerque, New MexicoConsultant report submitted to the city of Albuquerque

Groundwater Management, Inc. 1988Pumping test data analysis, College well field, City of Albuquerque, New MexicoConsultant report submitted to the city of Albuquerque

Hacker, L.W. 1977Soil survey of Bernalillo County and parts of Sandoval and Valencia CountiesU.S. Department of Agriculture, Soil Conservation Service

Hagerman, C. de B.General geology, water resources and ground-water conditions of the Arroyo de Yrisarri area, Bernalillo and Torrance Counties, New MexicoConsultant report to Manzano Springs residents

Hagerman, C. de B. 1969Availability of water, Patrick W. Hurley and Wiley W. barefoot tracts, New Mexico Project No. 1-040-3(18)169, Bernalillo County, New MexicoNew Mexico State Highway Department Report

Hagerman, C. de B. 1973Availability of water, tract numbers 15-3, 16-1, 16-16,Project No. 1-040-3(18)169, Bernalillo County, New MexicoNew Mexico State Highway Department Report

Hall, F.R. and F.X. Bushman 1963New Mexico Geological Society guidebook, 14th field conference: Socorro regionNew Mexico Geological Society, 14th field conference

Haneberg, W.C. 1995Depth-porosity relationships and virgin specific storage estimates for the upper Santa Fe Group aquifer system, central Albuquerque Basin, New MexicoNew Mexico Geology, Vol. 17, No. 4

Haneberg, W.C., and Hawley, J.W. (eds.) 1996Characterization of hydrogeologic units in the northern Albuquerque basinNew Mexico Bureau of Mines and Mineral Resources Open-File Report 402-C

Haneberg, W.C., P. Gomez, A. Gibson, B. Allred 1998Preliminary measurements of stress-dependant hydraulic conductivity of Santa Fe Group aquifer system sediments from the 98th St. core hole, Albuquerque, New Mexico New Mexico Geology

Hansen, S, and C. Gorbach 1997Middle Rio Grande water assessment final reportMiddle Rio Grande Water Assessment, U.S. Bureau of Reclamation, Albuquerque area office


Hansen, S. 1994Middle Rio Grande water assessment: Detailed surface water budget for the Albuquerque reach for the Rio Grande during the 1993 & 1994 study periodMiddle Rio Grande Water Assessment, U.S. Bureau of Reclamation, Albuquerque area office; and the City of Albuquerque

Hansen, S. 19941994 paired-sample surface water budget for the Middle Rio Grande- Albuquerque reach: Middle Rio Grande water assessment technical memorandumMiddle Rio Grande Water Assessment, technical memorandum, U.S. Bureau of Reclamation, Albuquerque area office

Hansen, S. 1994Middle Rio Grande water assessment: Riparian corridor alluvium steady state ground water investigation concerning Rio Grande channel loss contributions to recharge, final draftMiddle Rio Grande Water Assessment, U.S. Bureau of Reclamation, Albuquerque area office; and the City of Albuquerque

Hantush, M.S. 1961American Society of Civil Engineers, Journal of Hydraulics Division HY5, vol. 87, no. 5.American Society of Civil Engineers, Journal of Hydraulics Division HY5, vol. 87, no. 5.

Happ, S.C. 1948Sedimentation in the Middle Rio Grande Valley, New MexicoGeological Society of America Bulletin, Vol. 59, No. 12

Hassan, A.A. 1970Vertical distribution of exchangeable cations in soils of arid zones as an indication to the depth of water infiltration (Socorro County)Selected water resources abstracts

Hawley, J. W., ed 1978Guidebook to Rio Grande Rift in New Mexico and ColoradoNew Mexico Bureau of Mines and Mineral Resources Circular 163

Hawley, J.W. (compiler) 1978Guidebook to the Rio Grande rift in New Mexico and ColoradoNew Mexico Bureau of Mines and Mineral Resources Circular No. 163

Hawley, J.W. and C.S. Haase 1992Hydrogeologic framework of the northern Albuquerque Basin.New Mexico Bureau of Mines and Mineral Resources open-file report 387

Hawley, J.W., and C.S. Haase 1979Hydrologic Framework of the Northern Albuquerque BasinNM Bureau of Mines and mIneral Resources Open File Report 387

Hawley, J.W., and T.M. Whitworth 1996Hydrogeology of potential recharge areas for the basin and valley-fill aquifer systems, and hydrogeochemical modeling of proposed artificial recharge of the upper Santa Fe aquifer, northern Albuquerque basin, New MexicoNew Mexico Bureau of Mines and Mineral Resources Open-File Report 402-D (2 volumes)

Hawley, J.W., F.E. Kottlowski, W.R. Seager, W.E. King, W.S. Strain, and D.V. LeMone 1969The Santa Fe Group in the south-central New Mexico border region, in Border Stratigraphy SymposiumNew Mexico Bureau of Mines and Mineral Resources Circular No. 104


Hearn, G. A. and J. D. Dewey 1988Hydrologic Analysis of the Rio Grande Basin north of Embudo, New Mexico, Colorado and New MexicoUSGS Water Resources Investigation Report 86-4113

Hearne, G.A., and J.D. Dewey 1988Hydrologic analysis of the Rio Grande basin north of Embudo, New Mexico, Colorado and New MexicoU.S. Geological Survey Water-resources investigations report 86-4113

Heath, D.L. 1983New Mexico Geological Society Guidebook, 34th field conference, Socorro Region II, New MexicoGeological Society Guidebook, 34th field conference

Heggen, R.J., B.M. Thomson, J.R. Matthews, and A. Tefera 1979Groundwater quality study, city of Albuquerque, north valleyUniversity of New Mexico Bureau of Engineering Research, College of Engineering Report CE-812-1.

Hernandez, J. 1996Report on the legal and institutional considerations associated with alternative management strategies for the sustainable conjunctive-use of the surface and ground -water resources of the Middle Rio Grande basin in New MexicoPrepared for U.S. Bureau of Reclamation by the New Mexico Water Resources Research Institute

Hernandez, J.W. 1996Middle Rio Grande water assessment: Report on the legal and institutional considerations associated with alternative management strategies for the sustainable conjunctive-use of the surface and ground-water resources of the Middle Rio Grande Basin in NMMiddle Rio Grande Water Assessment, supporting document no. 21, U.S. Bureau of Reclamation, Albuquerque area office

Hiss, W.L., F.W. Trainer, B.A. Black, and D.R. Posson 1975New Mexico Geological Society guidebook to Las Cruces country, 26th field conferenceNew Mexico Geological Society, 26th field conference

Hodges, P.V. 1938Report on irrigation and water supply of the Pueblos of New Mexico in the Rio Grande basinU.S. Indian irrigation service report

Hohweiler, L.A. 1996A method for predicting land subsidence as a result of groundwater withdrawal, Albuquerque, New MexicoUniversity of New Mexico M.S. thesis

Hudson, J.D. 1982Water-level map of the San Jose well field and vicinity, Albuquerque, New Mexico, spring 1981U.S. Geological Survey Open-File Report 82-375

Hydrotechnics 1973Hydrology of the Horizon-Crowder property, Valencia and Socorro Counties, New MexicoConsultant report to Horizon Corporation, Tucson

Hydrotechnics 1974Pump test of well 3.4.3.1212, Tierra Grande Estates (Unit 24, Block 8, lots 10 and 11), Valencia County, New MexicoConsultant report to Horizon Corporation, Inc., Albuquerque


Hydrotechnics 1976Pump test of Sierra Vista South Estates well (10.5.2.14), Bernalillo County, New MexicoConsultant report to A and E Engineering, Albuquerque

Hydrotechnics 1976Pump test of Sierra Vista-South Estates well 1 (10.5.2.141), Bernalillo County, New MexicoConsultant report to Sierra Vista Estates, Albuquerque

Interstate Stream Commission 1994Regional Water Planning HandbookNew Mexico Interstate Stream Commission

Irby, F.E. 1957The ground-water situation in the Rio Grande underground water basinNew Mexico State Engineer Open-File Report

Jenkins, D.N. 1979Geohydrologic investigation at the Alameda North Mobile Home park, Bernalillo County, New MexicoConsultant report to Kenneth Mount and Associates

Jenkins, D.N. 1981Geohydrology in the vicinity of the proposed Juan Tomas subdivision, eastern Bernalillo County, New MexicoConsultant report

Joesting, H.R., J.E. Case, and L.E. Cordell 1961The Rio Grande trough near AlbuquerqueU.S. Geological Survey Professional Paper 424-D

Kaehler, C.A. 1990Lithology of basin-fill deposits in the Albuquerque-Belen Basin, New MexicoU.S. Geological Survey Water-Resources Investigations Report 89-4162

Kelly, T.E. 1970Saline ground water resources of the Rio Grande drainage basin6th American Water Resources Conference

Kelly, T.E. 1974Reconnaissance investigation of ground water in the Rio Grande drainage basin--with special emphasis on saline ground-water resourcesU.S. Geological Survey, Hydrologic Investigations Atlas HA-510

Kelly, T.E. 1977Hydrologic conditions at Industrial Realty Corporation addition, Bernalillo County, New MexicoConsultant report to Industrial Real Estate Corporation

Kelly, T.E. 1977Hydrologic conditions at Don Carlos subdivision, Bernalillo County, New MexicoConsultant report to Frank Benavidez Surveying

Kelly, T.E. 1977Hydrologic conditions at El Cerro Loop subdivision, Valencia County, New MexicoConsultant report


Kelly, V.C. 1977Geology of the Albuquerque Basin, New Mexico: SocorroNew Mexico Bureau of Mines and Mineral Resources Memoir 33

Kelly, V.C., L.A. Woodward, A.M. Kudo, and J.F. Callender 1976Guidebook to Albuquerque basin of the Rio Grande rift, New MexicoNew Mexico Bureau of Mines and Mineral Resources Circular 153

Kelton, A. 1998A comprehensive history of Middle Rio Grande water supplies and assessmentAlliance for Rio Grande Heritage

Kernodle, J., R. Miller & W. Scott 1987Three-dimensional model simulation of transient ground-water flow in the Albuquerque-Belen Basin, New MexicoU.S. Geological Survey Water-Resources Investigation Report 86-4194

Kernodle, J.M. 1997Computer input and output files associated with ground-water flow simulations of the Albuquerque Basin, central New Mexico, 1901-1995, with projections to 2020 (Supplement one to USGS WRRI 94-4251)U.S. Geological Survey Open-File Report 96-208

Kernodle, J.M. 1997Computer input and output files associated with ground-water flow simulations of the Albuquerque Basin, central New Mexico, 1901-1994, with projections to 2020 (Supplement three to USGS WRRI 94-4251)U.S. Geological Survey Open-File Report 96-210

Kernodle, J.M., and W.B. Scott 1986Three-dimensional model simulation of steady state ground-water flow in the Albuquerque-Belen Basin, New MexicoU.S. Geological Survey Water-Resources Investigation Report 84-4353

Kernodle, J.M., D.P. McAda, and C.R. Thorn 1995Simulation of ground-water flow in the Albuquerque Basin, central New Mexico, 1901-1994, with projections to 2020U.S. Geological Survey Water-Resources Investigations Report 94-4251, and The City of Albuquerque Publics Work Department

Kernodle, J.W. 1998Simulation of ground-water flow in the Albuquerque basin, Central New Mexico, 1901-1995, with projection to 2020U.S. Geological Survey Open-File Report 96-209

King, Dr. Phillip J., and L. Wan 1997Middle Rio Grande water assessment: Determination of soil conservation service modified Blaney-Criddle crop coefficients in New MexicoMiddle Rio Grande Water Assessment, supporting document no. 5, U.S. Bureau of Reclamation, Albuquerque area office

King, W.E. and others 1969Hydrogeology of the Rio Grande Valley and adjacent inter-montane areas of southern New MexicoNew Mexico Water Resources Research Institute Report 6

King, W.E., J. W. Hawley, and T.E. Cliett 1971Santa Fe Group and Rio Grande valley-fill aquifers in south-central New Mexico border regionGeological Society of America, 5th Annual Meeting, Vol. 3, No. 3


Kinney 1976Determination and evaluation of flood protection alternatives for the middle Rio Grande floodway, Bernalillo to Belen, New Mexico; Hydrology and hydraulicsU.S. Army Corps of Engineers, Albuquerque district, NM, contract DACW 47-76-C-0006

Knutilla, R.L., and J.E. Veenhuis 1994Computer simulation of storm runoff for three watersheds in Albuquerque, New MexicoU.S. Geological Survey Water-resources investigations report 94-4143

Koopman, F.C. and J.W. Mercer 1975Hydrologic testing of Shell Isleta #1 (Wildcat), Valencia County, New MexicoU.S. Geological Survey memo report to the Mayor of Albuquerque

Kuellmer, F.J. 19631963 Guidebook of the Socorro Region, New Mexico. New Mexico Geological Society 14th Field Conference, October 4-6, 1963New Mexico Geological Society, 14th Field Conference, Oct. 1963

Kues, G.E. 1986Groundwater levels and direction of groundwater flow in the central part of Bernalillo County, New Mexico, summer 1983U.S. Geological Survey Water-Resources Investigations Report 85-4325

Kues, G.E. 1987Groundwater level data for the Albuquerque-Belen Basin, New Mexico, through water year 1985U.S. Geological Survey Open-File Report 87-116

Kues, G.E. and B.M. Garcia 1995Groundwater quality and groundwater level data, Bernalillo County, central New Mexico, 1990-1993U.S. Geological Survey Open-File Report 95-385

Lansford, R.R., E.T. Garnett, and B.J. Creel 1973An analytical interdisciplinary evaluation of the utilization of the water resources of the Rio Grande in New Mexico--Middle Rio GrandeNew Mexico Water Resources Research Institute Report 22

Lansford, R.R., et al 1988Water supply and demand for New Mexico 1985-2030: Resource data baseNew Mexico Water Resources Research Institute, Miscellaneous Report No. 18

Lee, W.T. 1907Water resources of the Rio Grande Valley in New Mexico and their developmentU.S. Geological Survey Water-Supply Paper 188

Levings, G.W., D.F. Healy, S.F. Richey, and L.F. Carter 1998Water quality in the Rio Grande valley, Colorado, New Mexico, and Texas, 1992-1995U.S. Geological Survey circular 1162

Lingle, R.T. 1953Report of the Municipal Water Department on their 36th year of operationsCity of Albuquerque

Logan, L.M. 1990Geochemistry of the Albuquerque municipal area, Albuquerque, New Mexico: SocorroNew Mexico Institute of Mining and Technology, M.S. thesis


Lozinsky, R.P. and R.H. Tedford 1991Geology and paleontology of the Santa Fe Group, southwestern Albuquerque Basin, Valencia County, New MexicoNew Mexico Bureau of Mines and Mineral Resources Bulletin 132

Manley, K. 1978Geologic map of Bernalillo NW Quadrangle, Sandoval County, New MexicoU.S. Geological Survey, Geologic Quadrangle Map GQ-1446, scale 1:24,000

Mauger, H. 1932The waters of the middle Rio Grande conservancy district: AlbuquerqueUniversity of New Mexico M.S. thesis

Maxwell, B.W. 1960Availability of ground water for irrigation near Zia Pueblo, Sandoval County, New MexicoU.S. Geological Survey Open-File Report

McAda, D. 1996Plan of study to quantify the hydrologic relations between the Rio Grande and the Santa Fe Group Aquifer System near Albuquerque, Central New MexicoU.S. Geological Survey Water-Resources Investigation Report 96-4006

Meeks, T.O. 1949The occurrence of ground water in the Tijeras Soil Conservation District, Bernalillo County, New MexicoU.S. Department of Agriculture Soil Conservation Service Regional Bulletin 109

Metzker, K.D., R.L. Gold, and R.P. Thomas 1993Rainfall and runoff data for the Albuquerque, New Mexico metropolitan area, 1984-1988U.S. Geological Survey Open-File report 92-653

Middle Rio Grande Council of Governments 1997Regional water planning for the Middle Rio Grande RegionProposal to the New Mexico interstate Stream Commission

Milhouse, R.T. 1994Instream flows and cottonwood establishment in the Bosque del Apache reach of the Rio Grande, in Herndon, Va., American Water Resources Association, Proceedings of the 1994 American Water Resources Association Annual Summer Symposium

Milhouse, R.T. 1995Hydrology and sedimentation in the Bosque del Apache reach of the Rio Grande, in Herndon, Va., American Water Resources Association, Proceedings of the 1995 American Water Resources Association Annual Spring Symposium

Monteverde, J. 1973Geohydrologic report for the Great Bear Lake subdivision, T. 8 N., R. 6 E., Section 11 (Bernalillo County)Consultant report

Murray, C.R. 1942Report on an investigation of water resources east of Albuquerque, New MexicoU.S. Geological Survey Open-File Report


New Mexico Geological Society 1955Guidebook of South Central New Mexico, 6th Field Conference, November 11-13, 1955.Guidebook of South Central New Mexico, 6th Field Conference, November 11-13, 1955.

New Mexico Interstate Stream Commission and New Mexico State Engineers Office 1974County Profile-Bernalillo County, Water resources assessment for planning purposesU.S. Bureau of Reclamation, 1976, New Mexico water resources assessment for planning purposes-Supporting data, Vol. 3

New Mexico Interstate Stream Commission and New Mexico State Engineers Office 1974County Profile-Sandoval County, Water resources assessment for planning purposesU.S. Bureau of Reclamation, 1976, New Mexico water resources assessment for planning purposes-Supporting data, Vol. 4

New Mexico Interstate Stream Commission and New Mexico State Engineers Office 1974County Profile-Socorro County, Water resources assessment for planning purposesU.S. Bureau of Reclamation, 1976, New Mexico water resources assessment for planning purposes-Supporting data, Vol. 4

New Mexico Interstate Stream Commission and New Mexico State Engineers Office 1974County Profile-Valencia County, Water resources assessment for planning purposesU.S. Bureau of Reclamation, 1976, New Mexico water resources assessment for planning purposes-Supporting data, Vol. 4

New Mexico State Engineer 1956Climatological summary, New Mexico--precipitation 1849-1954New Mexico State Engineer Technical Report 6

New Mexico State Engineers Office 1959Hydrologic summary: New Mexico streamflow and reservoir content 1888-1954State of New Mexico, State Engineer Office, Technical Report No. 7

New Mexico State Planning Office 1967Water resources of New Mexico--Occurrence, development, and useNew Mexico State Planning Office

New Mexico Water Quality Control Commission 1976Middle Rio Grande Basin planNew Mexico Water Quality Control Commission

New Mexico Water Resources Research Institute 1987Proceedings of the 31st Annual New Mexico Water Conference: Managing the riverNew Mexico Water Resources Research Institute Report No 219

New Mexico Water Resources Research Institute 1988Proceedings of the 32nd Annual New Mexico Water Conference: Ground water managementNew Mexico Water Resources Research Institute Report No. 229

New Mexico Water Resources Research Institute 1995Proceedings of the 39th Annual New Mexico Water Conference: The water future of Albuquerque and the Middle Rio Grande BasinNew Mexico Water Resources Research Institute report No. 290

Northrop, S.A. 1961New Mexico Geological Society Guidebook of the Albuquerque County, 12th field conferenceNew Mexico Geological Society, 12th field conference


Ong, O'Brien and Rucker 1991Reconnaissance investigation of the water quality, bottom sediment, and biota associated with irrigation drainage in the Middle Rio Grande Valley and Bosque Del Apache National Wildlife Refuge, New Mexico, 1988-1989U.S. Geological Survey Open-File Report 91-4036

Osburn, G.R. and C.E. Chapin 1983Nomenclature for Cenozoic rocks of northeast Mogollon-Datil volcanic field, New Mexico.New Mexico bureau of Mines and Mineral Resources Stratigraphic Chart 1

Patterson, T. C. 1978Geohydrological conditions in the area of Capital Estates subdivision, Bernalillo County, New MexicoConsultant report

Patterson, T.C. 1979Geohydrological conditions and potential of existing wells--Entranosa Water Corporation--Suppliers to the proposed Steeplechase subdivision, Bernalillo County, New MexicoConsultant report to Sweenhart Engineering and Santa Fe Builders Supply, Inc

Peter, K.D. 1987Groundwater flow and shallow aquifer properties in the Rio Grande inner valley, south of Albuquerque, Bernalillo County, New MexicoU.S. Geological Survey Water Resources Division, U.S. Geological Survey Water Resources Investigations Report 87-4015

Rankin, D.R. 1994Water-level data for the Albuquerque Basin, New Mexico, October 1, 1986 through September 30, 1990U.S. Geological Survey Open-File Report 94-349

Reeder, H.O., L.J. Bjorklund, and G.A. Dinwiddie 1967Quantitative analysis of water resources in the Albuquerque area, New MexicoNew Mexico State Engineer Technical Report No. 33

Renick, B.C. 1931The geology and ground-water resources of western Sandoval County, New MexicoU.S. Geological Survey Water-Supply Paper 620

Reppening, C.A., and S.E. Galloway 1952Memorandum on ground-water investigation of four proposed stock wells in the Puertocito area, Socorro County, and Canoncito area, Bernalillo and Sandoval Counties, New MexicoU.S. Geological Survey Open-File Report

Richey, S.F. 1991Construction, lithologic, and geophysical data from monitoring wells in Albuquerque, Bernalillo County, New MexicoU.S. Geological Survey Open-File Report 90-578

Robinson, H.F., and J.M. Frame 1936Underground water conductance, Middle Rio Grande ValleyMiddle Rio Grande Conservation District

Roelle, J.E., and W.W. Hagenbuck 1994Surface cover maps of the Rio Grande floodplain from Velarde to Elephant Butte Reservoir, New MexicoNational Biological Survey Midcontinent Ecological Service Center, Fort Collins


Roelle, J.E., and W.W. Hagenbuck 1994Surface cover changes in the Rio Grande floodplain, 1935-1989, in LaRoe, E.T., et al., Our living resources: A report to the nation on the distribution, abundance, and health of U.S. plants, animals, and ecosystemsNational Biological Service

Roybal, F. Eileen 1991Ground-Water Resources of Socorro County, New MexicoU. S. Geological Survey Water-Resources Investigations Report 89-4083

Russel, L.R., and S. Snelson 1994Structure and tectonics of the Albuquerque Basin segment of the Rio Grande rift: Insights from reflection seismic dataGeological Society of America, Special Paper 291

Russel, L.R., and S. Snelson 1994Structural style and tectonic evolution of the Albuquerque basin segment of the Rio Grande rift, New Mexico, U.S.A., in Landon, S.M. editor, Interior Rift BasinsAmerican Association of Petroleum Geologists Memoir 59

Sandia National Laboratories 1997Evaluation of groundwater flow and hydrogeologic conceptual model, Kirkland air force base, Albuquerque, New Mexico: Environmental Restoration ProjectU.S. Department of Energy, Albuquerque operations office

Sawyer, D.A., V.J.S. Grauch, G.A. Smith, A.J. Kuhle, D.P. Dethier, B. Rodriguez, and M. Deszcz-Pan 1997Hydrogeology of the Santa Fe group aquifer system in the Cochiti Pueblo area based on geologic mapping and airborne geophysicsGeological Society of America abstracts with programs

Schneider. W.J. 1968Albuquerque, Bernalillo County, New Mexico in water data for metropolitan areasU.S. Geological Survey Water-Supply Paper 1871

Schwab, G 1980Hydrologic Evaluation of the Old Olsen Well.W.K. Summers and Associates report to the city of Socorro, New Mexico.

Schwab, G 1980Hydrologic Evaluation of the City of Socorro Eagle Picher Well After DevelopmentW.K. Summers and Associates report to the city of Socorro, New Mexido

Schwab, G.E. 1981Inventory of Thermal Springs and Wells within a One-Mile Radius of Yucca Lodge, Truth or Consequences, New Mexico.W.K. Summers and Associates report for the EG&G Idaho, Inc.

Schwab, G.E. and W.K. Summers 1981Step Pumping Test of Water Well GWQ-7, Copper Flat, New Mexico.W.K.Summers and Associates report for the Quintana Minerals Corporation, Truth of Consequences, New Mexico.

Schwab, G.E. and W.K. Summers 1981Progress Report: SERA #1 and SERA #2 Wells, Pedro Armendaris Grant #33, Sierra County, New Mexico.W.K. Summers and Associates report for the Oppenheimer Industries, Inc., Kansas City, Missouri.


Schwab, G.E., W.K. Summers, and M.E. Moran 1982Construction and Testing of Test Well SIP No. 1, Socorro Industrial Park, Socorro, New Mexico. W.K. Summers and Associates report to the city of Socorro, New Mexico.

Schwab, G.E., W.K. Summers, C. Tueten 1982Well SERA #2 Development and Testing.W.K. Summers and Associates report for the French Winegrowers Association, Albuquerque, New Mexico.

Science Applications International Corporation 1998Draft Work Plan for the Upper Rio Grande Basin Water Operations ReviewU.S. Army Corps of Engineers, Albuquerque district, U.S. Bureau of Reclamation

Scofield, C.S. 1938Quality of water of the Rio Grande Basin above Fort Quitman, TexasU. S. Geological Survey Water-Supply Paper 839

Scott, C.H. 1982Investigation of water table in vicinity of Cochiti Dam, Sandoval County, New Mexico: AlbuquerqueU.S. Army Corps of Engineers contract DACW47-81-C-0027

Scurlock, Dan 1998From the Rio to the Sierra: An environmental history of the Middle Rio Grande BasinUSDA Forest Service, Rocky Mountain Research Station, Fort Collins, CO, General Technical Report RMRS-GTR-5

Sheehan, Sheehan and Stelzner, P.A. 1993Middle Rio Grande Conservancy District water policies planMiddle Rio Grande Conservancy District

Shomaker, J. & Associates, Inc. and PIONEERWEST 2000Historical and Current Water Use in the Middle Rio Grande Region (Draft)prepared for Middle Rio Grande Council of Governments

Shomaker, J.W. 1975Drilling and testing of wells in shallow alluvium of Rio Grande channel, Buckman area, Santa Fe County, New MexicoConsulting report to Black and Veatch, Denver

Shomaker, J.W. 1988Well report, City of Albuquerque well SAF-1Consulting report to the City of Albuquerque Public Works Department

Shomaker, J.W. 1990Well report--City of Albuquerque Love No.8Consulting report to the City of Albuquerque Public Works Department

Shomaker, J.W. 1991Well report--City of Albuquerque Gonzales No.2Consulting report to the City of Albuquerque Public Works Department

Shomaker, J.W., Finch, S.T. Jr., and Pearson, J.W. 1994Effects of pumping water-supply wells, Intel Corporation, Sandoval county, New MexicoConsultant report for Intel Corporation, New Mexico State Engineer Office (related well file numbers RG-57125 through RG-57125-S-2)


Shupe, S.J., and J. Folk-Williams 1988The upper Rio Grande: A guide to decision-makingWestern Network

Simons, Li & Associates 1981Temporal and spatial design of the representative hydrologic network for the Rio GrandeU.S. Army of Corps of Engineers, Albuquerque, NM

Simons, Li & Associates 1981Evaluation of river response on the Rio Grande form Bernardo to Elephant Butte Dam considering various alternatives of developmentU.S. Army of Corps of Engineers, Albuquerque, NM

Slate, J. 1998U.S. Geological Survey Middle Rio Grande Basin study: Proceedings of the 2nd annual workshop, Albuquerque, New Mexico, February 10-11, 1998U.S. Geological Survey Open-File Report 98-337

Slichter, C.S. 1905Observations on the ground waters of the Rio Grande ValleyU.S. Geological Survey Water-Supply Paper 141

Smith, G.A., and A.J. Kuhle 1998Hydrostratigraphic implications of new geological mapping in the Santo Domingo Basin, New MexicoNew Mexico Geology, Vol. 20

Soister, P.E. 1952Water resources in Geology of Santa Ana Mesa and adjoining area, Sandoval County, New MexicoNew Mexico State University Masters of Science thesis

Speigel, Z. 1956Investigation of water supply for proposed school at Canon, Sandoval CountyNew Mexico State Engineer Open-File Report

Spiegel, Z 1955Geology and groundwater resources of northeastern Socorro County, New MexicoNew Mexico Bureau of Mines and Mineral Resources, Groundwater report 4

Spiegel, Z. 1955Geology and Groundwater resources of notheastern Socorro County, NMState Bureau of Mines and Mineral Resources, New Mexico Institute of Mining and Technology, Socorro, NM. Gournd Water Report 4

Summers, 1975 1975Groundwater Resources of the Village of Magdalena, Socorro County, New Mexico.W.K. Summers report to Ralph E. Vail, Santa Fe, New Mexico

Summers, W.K, G.E. Schwab, and R.M. Colpitts 1981Hydrologic Evaluation of the Industrial Park Area, Socorro, New Mexico.W.K. Summers and Associates report to the city of Socorro, New Mexico.

Summers, W.K. 1973A hydrogeologic report on the city of Socorro well No. 1Consultant report to the city of Socorro


Summers, W.K. 1973A hydrogeolgic report on the City of Socorro Well No. 1.W.K. Summers and Associates report to the city of Socorro, New Mexico

Summers, W.K. 1978A hydrologic assessment of the Malela well (11N. 6E. 22.1411) (Bernalillo County)Consultant report to R.M. Bishop

Summers, W.K. 1978Summary report on the Groundwater Exploration and Development Program n T5S, R5E, Socorro County, New MexicoW.K. Summers and Associates report to Hansonburg Operating Company, Socorro, New Mexico

Summers, W.K. 1980Hydrologic Evaluation of the City of Socorro Eagle Picher Well.W.K. Summers and Associates report to the city fo Socorro, New Mexico

Summers, W.K. 1981Progress Report: Wells TAC#1 and TAC#2, Pedro Armendaris Grant #33, Sierra County, New Mexico.W.K. Summers and Associates report for the Oppenheimer Industries, Inc., Kansas City, Missouri.

Summers, W.K. 1981Basic Data for Seven Ranch Wells within the Pedro Armendaris Grant #33, Sierra County, New Mexico.W.K. Summers and Associates report for the Oppenheimer Industries, Inc., Kansas City, Missouri.

Summers, W.K. 1992Albuquerque's water table--Winter 1988-89New Mexico Geology

Summers, W.K. 1992Effects of Albuquerque's pumpage on the Rio Grande and the rate at which Albuquerque will have to release San Juan-Chama water to offset themCity of Albuquerque internal memorandum

Summers, W.K. 1995Land use trends and their effect on water use and the hydrologic budget in the Albuquerque Basin, New MexicoMiddle Rio Grande Water Assessment, supporting document no. 14 U.S. Bureau of Reclamation, Albuquerque area office

Summers, W.K., and G.E. Schwab 1983 Construction and Testing of the Replacement Bushman Well on the NMIMT Campus, Socorro, New Mexico.W.K. Summers and Associates report to the New Mexico Institute of Mining and Technology, Socorro, New Mexico.

Summers, W.K., and J.W. Shoemaker 1989Deep groundwater testing in Santa Fe Group, Albuquerque, New MexicoAmerican Association of Petroleum Geologists Bulletin 73

Summers, W.K., G.E. Schwab, and L.A., Brandvold 1972Ground-water characteristics in a recharge area, Magdalena Mountains, Socorro County, New Mexico.Circular 124, New Mexico State Bureau of Mines and Mineral Resources, Socorro, New Mexico

Summers, W.K., R.M. Colpitts, and G.E. Schwab 1981Hydrogeological evaluation of the Industrial Park area, Socorro, New MexicoConsultant report to city of Socorro


Theis, C.V. 1938Groundwater in the middle Rio Grande valley, New Mexico. In Natural Resource Planning Board, pt VI, vol. 1.In Natural Resource Planning Board, pt. VI, Vol. 1. The Rio Grande joint investigation in the upper Rio Grande basin. U. S. Government Printing Agency

Theis, C.V. 1942Ground-water supplies near Veterans Administration Facility, Albuquerque, New MexicoU.S. Geological Survey Open-File Report

Theis, C.V. 1963Geology and ground-water conditions in Eastern Valencia County, New MexicoNew Mexico Bureau of Mines and Mineral Resources Ground-Water Report 7

Theis, C.V. 1991Short papers on water resources in New Mexico, 1937-1957U.S. Geological Survey Open-File Report 91-81

Theis, C.V., and G.C. Taylor 1939Groundwater conditions in the Middle Rio Grande Valley, New MexicoNew Mexico State Engineer, 12th - 13th Biennial Reports, 1934-1938

Thomas, C.L. 1995Infiltration and quality of water for two Arroyo channels, Albuquerque, New Mexico, 1988-1992U.S. Geological Survey Water-Resources Investigation Report 95-4070

Thompson 1986Urbanization and the Middle Rio Grande Conservancy DistrictGeological Review, Vol. 26, No. 1

Thorn, C., D. McAda, & J. Kernodle 1993Geohydrologic framework and hydrologic conditions in the Albuquerque Basin, Central New MexicoU.S. Geological Survey Water-Resources Investigation Report 93-4149

Thorn. C.R. 1995Surface-water discharge and evapotranspiration rates for grass and bare soil along a reach of the Rio Grande, Albuquerque, New Mexico, 1989-1995U.S. Geological Survey Open-File Report 95-419

Tiedeman, C., J.W. Kernodle, and D. McAda 1998Application of nonlinear-regression methods to a ground-water flow model of the Albuquerque Basin, New MexicoU.S. Geological Survey Water-Resources Investigation Report 98-4172

Titus, F.B. Jr. 1963Geology and ground-water conditions in eastern Valencia County, New MexicoNew Mexico Bureau of Mines and Mineral Resources Ground-Water Report 7

Trauger, F.D. 1953Memorandum on ground water for public supply at the Canoncito Reservation Day School, Bernalillo County, New MexicoU.S. Geological Survey Open-File Report


Trauger, F.D. 1973Reconnaissance investigation of hydrologic conditions near Pena Blanca (Sandoval County), New MexicoConsultant report to Earth Environmental Consultants

Turney, P. 1991Rio Grande depletion analysis: A presentation to the New Mexico section of the American Water Resources Association conference on Rio Grande basin hydrologyInterstate Stream Commission

U.S. Army Corps of Engineers 1979Albuquerque greater urban water supplyU.S. Army Corps of Engineers, Albuquerque District, Hydrologic Engineering Center

U.S. Army Corps of Engineers 19811979-1981, Albuquerque greater urban area water supply studyU.S. Army Corps of Engineers, Albuquerque district, Hydrologic Engineering Center

U.S. Army Corps of Engineers 1983Plan of study, Rio Grande and tributaries, water conservation/managementU.S. Army Corps of Engineers, Albuquerque district

U.S. Army Corps of Engineers 1989Reevaluation of the Rio Grande operating planU.S. Army Corps of Engineers, Albuquerque District

U.S. Bureau of ReclamationMiddle Rio Grande water assessment: Phreatophyte investigations Bernardo transpirometers (final progress report) - draft, not publishedMiddle Rio Grande Water Assessment, supporting document no. 4, U.S. Bureau of Reclamation, Albuquerque area office

U.S. Bureau of Reclamation 1947Middle Rio Grande project, study of valley consumptive use and irrigation demand at Otowi, Albuquerque, NMU.S. Bureau of Reclamation

U.S. Bureau of Reclamation 1947Plan for development of the Middle Rio Grande Project, Rio Grande BasinU.S. Bureau of Reclamation

U.S. Bureau of Reclamation 1973Progress report--Phreatophyte investigations--Bernardo EvapotranspirometersU.S. Bureau of Reclamation, Middle Rio Grande Project Office

U.S. Bureau of Reclamation 1973Evapotranspirometer studies of Salt Cedar near Bernardo, New MexicoU.S. Bureau of Reclamation, Albuquerque Development Office

U.S. Bureau of Reclamation 1976New Mexico water resources for planning purposesU.S. Bureau of Reclamation, Supporting data volumes 3 and 4


U.S. Bureau of Reclamation 1977Final environmental impact statement, operation and maintenance program for the Rio Grande, Velarde to Caballo dam, Rio Grande and Middle Rio Grande projects, New MexicoU.S. Bureau of Reclamation FES 77-8

U.S. Bureau of Reclamation 1985San Juan-Chama project incremental channel loss study between Cochiti Dam and Elephant Butte ReservoirUpper Rio Grande Basin projects office, Albuquerque, NM

U.S. Bureau of Reclamation 1992Middle Rio Grande water assessment: Ground water quality reportMiddle Rio Grande Water Assessment, supporting document no. 1, U.S. Bureau of Reclamation, Albuquerque area office

U.S. Bureau of Reclamation 1993Middle Rio Grande water assessment: Drilling, logging, monitoring well installation; hydraulic conductivity tests; and infiltration gallery feasibility evaluation technical memorandaMiddle Rio Grande Water Assessment, supporting document no. 8, U.S. Bureau of Reclamation, Albuquerque area office

U.S. Bureau of Reclamation 1993Middle Rio Grande water assessment: Analysis of soils textures and permeabilities; Deep Percolation for Kentucky bluegrassMiddle Rio Grande Water Assessment, supporting document no. 7, U.S. Bureau of Reclamation, Albuquerque area office

U.S. Bureau of Reclamation 1993Middle Rio Grande water assessment: Surface water quality reportMiddle Rio Grande Water Assessment, supporting document no. 2, U.S. Bureau of Reclamation, Albuquerque area office

U.S. Bureau of Reclamation 1994Hydraulic conductivity tests- November 1-5, 1993: Middle Rio Grande water assessmentMiddle Rio Grande Water Assessment, technical memorandum, U.S. Bureau of Reclamation, Albuquerque area office

U.S. Bureau of Reclamation 1994Middle Rio Grande water assessment: Non-agricultural water useMiddle Rio Grande Water Assessment, supporting document no. 3, U.S. Bureau of Reclamation, Albuquerque area office, and the City of Albuquerque

U.S. Bureau of Reclamation 1994Middle Rio Grande channel permeameter investigations technical memorandum, draft reportMiddle Rio Grande Water Assessment, U.S. Bureau of Reclamation, Albuquerque area office, New Mexico Interstate Stream Commission

U.S. Bureau of Reclamation 1995Flood wave test and transient groundwater analysis: Middle Rio Grande water assessmentMiddle Rio Grande Water Assessment, technical memorandum, U.S. Bureau of Reclamation, Albuquerque area office

U.S. Bureau of Reclamation 1995Middle Rio Grande water assessment: Estimates of consumptive use requirements for irrigated agriculture and riparian vegetation, Volume I & Volume IIMiddle Rio Grande Water Assessment, supporting document no. 6, U.S. Bureau of Reclamation, Albuquerque area office

U.S. Bureau of Reclamation 1995Middle Rio Grande water assessment: Flood wave test and transient groundwater analysis, technical memorandumMiddle Rio Grande Water Assessment, U.S. Bureau of Reclamation, U.S. Geological Survey, Bureau of Indian Affairs


U.S. Bureau of Reclamation, U.S. Army Corps of Engineers, U.S. Geological Survey, et al. 1997Upper Rio Grande Water Operations Model plan for developmentU.S. Bureau of Reclamation, Corps of Engineers, U.S. Geological Survey, U.S. Fish and Wildlife Service, Bureau of Indian Affairs, International Boundary and Water Commission

U.S. Bureau of Reclamation, U.S. Army Corps of Engineers, U.S. Geological Survey, et al. 1998Upper Rio Grande Water Operations Model draft description of rules for the Rio Chama Full-Forecast ModelU.S. Bureau of Reclamation, U.S. Army Corps of Engineers, U.S. Geological Survey, U.S. Fish and Wildlife Service, Bureau of Indian Affairs, International Boundary and Water Commission

U.S. Bureau of Reclamation, U.S. Army Corps of Engineers, U.S. Geological Survey, et al. 1998Conceptualization of the test case reach of the Upper Rio Grande Water Operations ModelU.S. Bureau of Reclamation, Corps of Engineers, U.S. Geological Survey, U.S. Fish and Wildlife Service, Bureau of Indian Affairs, International Boundary and Water Commission

U.S. Bureau of Reclamation, U.S. Army Corps of Engineers, U.S. Geological Survey, et al. 2000Upper Rio Grande Water Operations Model Physical Model Documentation: Technical Review Committee DraftU.S. Bureau of Reclamation, Corps of Engineers, U.S. Geological Survey, U.S. Fish and Wildlife Service, Bureau of Indian Affairs, International Boundary and Water Commission

U.S. Geological Survey 1958Chemical quality of ground-water, Bernalillo CountyU.S. Geological Survey Open-File maps

U.S. Geological Survey 1960Chemical quality of ground-water, Valencia CountyU.S. Geological Survey Open-File maps

U.S. National Resources Committee 1938The Rio Grande joint investigation in the Upper Rio Grande Basin in Colorado, New Mexico, and Texas, 1936-1937; regional planning part VIU.S. National Resources Committee, Regional Planning U.S. Government Printing Office

Ugrinic, G.M. 1950The geology and ground-water resources of Bernalillo County, New MexicoUniversity of New Mexico Masters of Science Thesis

Uribe, O. 1979Water supply, in Albuquerque greater urban area water supply studyU.S. Army Corps of Engineers

USGS 1979USGS-researchUSGS Geological Survey Professional Paper 1150.

Waldron, J.F. 1956Reconnaissance geology and ground-water study of a part of Socorro County, New MexicoStanford University Ph.D. dissertation

Waldron, J.R. 1956Reconnaissance geology and ground water study of a part of Socorro County, New Mexico. PhD dissertation, Stanford University, Palo Alto, CAPhD dissertation, Stanford University, Palo Alto, CA

Waltemayer, S.D. 1994Methods for estimating streamflow at mountain fronts in southern New Mexico.USGS Water-Resources Investigation Report 93-4213.


Waltemeyer, S.D. 1994Traveltime and reaeration characteristics for a reach of the Rio Grande, Albuquerque, New Mexico, October 1991U.S. Geological Survey Water-resources investigations report 94-4071

Whitcomb, H.A. 1949Water-supply investigation at Torreon, Sandoval County, New MexicoU.S. Geological Survey Open-File Report

Wilkins, D. 1995Description of geophysical-log data base for boreholes and wells in and adjacent to the Albuquerque Basin, New MexicoU.S. Geological Survey Open-File Report 95-360

Wilkins, D.W, J.L. Schlottmann, and D.M. Ferree 1996Chemical analysis of ground-water samples from the Rio Grande valley in the vicinity of Albuquerque, New Mexico, October 1993 through January 1994U.S. Geological Survey open-file report 95-773

Wilkins, D.W. 1987Characteristics and properties of the basin-fill aquifer determined from three test wells west of Albuquerque, Bernalillo County, New MexicoU.S. Geological Survey, Water Resources Investigation Report 86-4187

William J. Miller Engineers, Inc. 1998Upper Rio Grande water operations model: Summary of literature search of hydrologic investigations for development and review of conceptual model mainstream Rio GrandeU.S. Army Engineer District, Albuquerque, contract no. DACW47-98-P-0026

Willis, W.S. 1993Middle Rio Grande ground-water studiesU.S. Bureau of Reclamation, Middle Rio Grande Water Assessment, Technical Memorandum June 30 1993

Wilson, B.C., and A.A. Lucero 1997Water Use by Categories in New Mexico Counties and River Basins, and Irrigated Acreage in 1995New Mexico State Engineer Office Technical Report 49

Wilson, Lee 1978Water supply in the Albuquerque Greater Urban Area (AGUA) 1975-2030Consultant report to U.S. Corps of Engineers

Wozniak, F.E. 1987Irrigation in the Rio Grande valley, New Mexico--A study of the development of irrigation systems before 1945Bureau of Reclamation contract BOR-87-1, New Mexico Historical Preservation Division, and Amarillo, Texas

Wozniak, Frank E. 1986Irrigation in the Rio Grande valley, New MexicoNew Mexico Historic preservation division, Santa Fe, NM

Wright, A.F. 1978Bibliography of the geology and hydrology of the Albuquerque greater urban area, Bernalillo and parts of Sandoval, Santa Fe, Socorro, Torrance, and Valencia counties, New MexicoU.S. Geological Survey Bulletin 1458


Zimmerman, D.A., and Updegraff, C.D. 1996Analysis of impacts on the Rio Grande and the groundwater table from proposed deep well pumping: Rio Rancho's 12,000 acre-ft./year permit requestConsultant report for The City of Rio Rancho Water and Wastewater Utilities Department, New Mexico; The New Mexico State Engineer Office (related well files numbers PG-6745 through RG-6745-S-34)


Appendix B Well and Water Level Data

Summary of Well, Water Level, and Well Yield Data for La Jencia and Rio Grande Basins in Study Area

342041106504601 19950411 21.45 4246 4224.6 Rio Grande 89 01N.01E.04.123 34.344722 -106.8461342013106503901 19830726 20 6319 6299.0 Rio Grande 130 01N.01E.04.342 34.336944 -106.8442 5 to 10b

342048106515801 7350 Rio Grande 01N.01E.05.100 34.346667 -106.8661342031106551601 19850207 195.42 7320 7124.6 Rio Grande 220 01N.01W.02.133 34.3425 -106.9214342031106551601 19950209 192.75 6980 6787.3 Rio Grande 220 01N.01W.02.133 34.3425 -106.9214342031106551601 20000203 4690 Rio Grande 220 01N.01W.02.133 34.3425 -106.9214342023106555501 19850207 195.42 4560 4364.6 Rio Grande 220 01N.01W.03.144 34.339722 -106.9319342023106555501 19860114 194.34 4392.5 4198.2 Rio Grande 220 01N.01W.03.144 34.339722 -106.9319342032106551601 19490817 25 4610 4585.0 Rio Grande 01N.01W.03.420 34.342222 -106.9211341839106531601 19760903 167.7 4600 4432.3 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19820806 164.81 4600 4435.2 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19821021 164.68 4600 4435.3 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19821118 164.44 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19821216 164.58 4394.4 4229.8 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19830224 164.85 4394.4 4229.6 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19830330 164.69 4394.4 4229.7 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19830531 162.74 4398.8 4236.1 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19830630 158.51 4398.8 4240.3 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19831007 164.93 4398.8 4233.9 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19831027 165.15 4401 4235.9 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19840131 164.9 4401 4236.1 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19840224 159.92 4401 4241.1 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19840312 155.23 4403.9 4248.7 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19840504 164.6 4403.9 4239.3 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19840614 164.72 4403.9 4239.2 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19840731 163.75 4409.1 4245.4 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19850228 170.46 4409.1 4238.6 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19850423 169.07 4409.1 4240.0 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19850905 164.69 4475 4310.3 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19860129 164.8 6150 5985.2 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19860402 163.98 4790 4626.0 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19860609 165.3 4790 4624.7 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19860801 165.98 4621 4455.0 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878

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O:606\20\Report\AppendixB B-1

aNegative depth to water indicates water level above land surface datumbRoybal (1991)

cClark Summers (1971)


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341839106531601 19870123 165.79 4598 4432.2 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19870630 168.26 5660 5491.7 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19871230 163.78 5640 5476.2 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19880726 165.43 5610 5444.6 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19890130 164.11 5860 5695.9 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19890707 165.89 5560 5394.1 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19900209 166.92 5560 5393.1 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19900706 164.04 5550 5386.0 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19910103 164.91 5550 5385.1 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19910702 164.24 5425 5260.8 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19911002 164.07 5445 5280.9 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19920109 164.37 5440 5275.6 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19920714 164.38 5350 5185.6 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19930112 164.5 5335 5170.5 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19930630 164.35 5335 5170.7 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19931230 164.39 5350 5185.6 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19940630 164.88 5550 5385.1 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19950120 164.16 5240 5075.8 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19950629 164.27 5240 5075.7 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19951031 164.08 5240 5075.9 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19960125 163.6 5259 5095.4 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19960924 164.28 5242 5077.7 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19970429 163.7 5238 5074.3 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19980212 163.48 5238 5074.5 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19980729 164.55 5222 5057.5 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 19990720 164.71 5222 5057.3 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 20000210 164.27 5230 5065.7 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341839106531601 20000823 164.08 5230 5065.9 Rio Grande 212 01N.01W.13.244 34.310833 -106.8878341817106552601 19800529 12.52 5230 5217.5 Rio Grande 20 01N.01W.15.443 34.304722 -106.9239341817106552601 19820806 12.04 6842 6830.0 Rio Grande 20 01N.01W.15.443 34.304722 -106.9239341817106552601 19850207 9.63 6860 6850.4 Rio Grande 20 01N.01W.15.443 34.304722 -106.9239341817106552601 19900124 10.24 7521 7510.8 Rio Grande 20 01N.01W.15.443 34.304722 -106.9239341817106552601 19950209 10.71 6600 6589.3 Rio Grande 20 01N.01W.15.443 34.304722 -106.9239





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341817106552601 20000203 9.75 6580 6570.3 Rio Grande 20 01N.01W.15.443 34.304722 -106.9239341854106574701 19500114 13.32 6553 6539.7 Rio Grande 01N.01W.17.210 34.315 -106.9631 2.5b

341640106581001 6518 Rio Grande 01N.01W.22.220 34.277778 -106.9694341532106550001 19500115 117.3 6915 6797.7 Rio Grande 01N.01W.34.334 34.261944 -106.9367341540106540001 19820806 6.51 6480 6473.5 Rio Grande 59 01N.01W.36.334 34.261111 -106.9341540106540001 19821021 6.44 6715 6708.6 Rio Grande 59 01N.01W.36.334 34.261111 -106.9341540106540001 19830127 6.54 6824 6817.5 Rio Grande 59 01N.01W.36.334 34.261111 -106.9341540106540001 19830224 6.6 4460 4453.4 Rio Grande 59 01N.01W.36.334 34.261111 -106.9341540106540001 19830330 6.54 4533 4526.5 Rio Grande 59 01N.01W.36.334 34.261111 -106.9341540106540001 19830426 6.32 4880 4873.7 Rio Grande 59 01N.01W.36.334 34.261111 -106.9341540106540001 19830531 6.46 4690 4683.5 Rio Grande 59 01N.01W.36.334 34.261111 -106.9341540106540001 19830630 6.72 4690 4683.3 Rio Grande 59 01N.01W.36.334 34.261111 -106.9341540106540001 19830801 6.92 4690 4683.1 Rio Grande 59 01N.01W.36.334 34.261111 -106.9341540106540001 19831007 7.11 4685 4677.9 Rio Grande 59 01N.01W.36.334 34.261111 -106.9341540106540001 19831027 7.1 4685 4677.9 Rio Grande 59 01N.01W.36.334 34.261111 -106.9341540106540001 19831201 6.92 4685 4678.1 Rio Grande 59 01N.01W.36.334 34.261111 -106.9341540106540001 19840131 6.86 4642 4635.1 Rio Grande 59 01N.01W.36.334 34.261111 -106.9341540106540001 19840224 6.87 4632 4625.1 Rio Grande 59 01N.01W.36.334 34.261111 -106.9341540106540001 19840313 6.86 4625 4618.1 Rio Grande 59 01N.01W.36.334 34.261111 -106.9341540106540001 19840326 6.3 4625 4618.7 Rio Grande 59 01N.01W.36.334 34.261111 -106.9341540106540001 19840430 6.45 4625 4618.6 Rio Grande 59 01N.01W.36.334 34.261111 -106.9341540106540001 19840611 6.11 5283 5276.9 Rio Grande 59 01N.01W.36.334 34.261111 -106.9341540106540001 19840730 6.99 4805 4798.0 Rio Grande 59 01N.01W.36.334 34.261111 -106.9341540106540001 19840828 6.89 4810 4803.1 Rio Grande 59 01N.01W.36.334 34.261111 -106.9341540106540001 19850228 7.7 4810 4802.3 Rio Grande 59 01N.01W.36.334 34.261111 -106.9341540106540001 19850423 6.4 4810 4803.6 Rio Grande 59 01N.01W.36.334 34.261111 -106.9341540106540002 19820806 -0.7 4795 4795.7 Rio Grande 25 01N.01W.36.334A 34.261111 -106.9341540106540002 19821021 -0.79 4800 4800.8 Rio Grande 25 01N.01W.36.334A 34.261111 -106.9341540106540002 19821216 -1.01 4800 4801.0 Rio Grande 25 01N.01W.36.334A 34.261111 -106.9341540106540002 19830127 -1.2 4800 4801.2 Rio Grande 25 01N.01W.36.334A 34.261111 -106.9341540106540002 19830224 -1.22 4990 4991.2 Rio Grande 25 01N.01W.36.334A 34.261111 -106.9341540106540002 19830330 -1.11 4800 4801.1 Rio Grande 25 01N.01W.36.334A 34.261111 -106.9341540106540002 19830426 -1 4800 4801.0 Rio Grande 25 01N.01W.36.334A 34.261111 -106.9





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341540106540002 19830531 -0.82 4800 4800.8 Rio Grande 25 01N.01W.36.334A 34.261111 -106.9341540106540002 19830630 -0.73 4740 4740.7 Rio Grande 25 01N.01W.36.334A 34.261111 -106.9341540106540002 19831007 0.96 5205 5204.0 Rio Grande 25 01N.01W.36.334A 34.261111 -106.9341540106540002 19831027 1.01 5160 5159.0 Rio Grande 25 01N.01W.36.334A 34.261111 -106.9341540106540002 19831202 -0.88 5140 5140.9 Rio Grande 25 01N.01W.36.334A 34.261111 -106.9341540106540002 19840131 -0.9 5120 5120.9 Rio Grande 25 01N.01W.36.334A 34.261111 -106.9341540106540002 19840313 -1.6 5120 5121.6 Rio Grande 25 01N.01W.36.334A 34.261111 -106.9341540106540002 19840611 -1.6 5110 5111.6 Rio Grande 25 01N.01W.36.334A 34.261111 -106.9341540106540002 19840730 -1.38 5590 5591.4 Rio Grande 25 01N.01W.36.334A 34.261111 -106.9341540106540002 19840828 -0.91 5580 5580.9 Rio Grande 25 01N.01W.36.334A 34.261111 -106.9341540106540002 19850228 -1.21 6355 6356.2 Rio Grande 25 01N.01W.36.334A 34.261111 -106.9341540106540002 19850423 -1.06 4459 4460.1 Rio Grande 25 01N.01W.36.334A 34.261111 -106.9341540106540003 19820806 5.42 4490 4484.6 Rio Grande 62 01N.01W.36.334B 34.261111 -106.9341540106540003 19821021 5.66 4518 4512.3 Rio Grande 62 01N.01W.36.334B 34.261111 -106.9341540106540003 19821216 5.89 4512 4506.1 Rio Grande 62 01N.01W.36.334B 34.261111 -106.9341540106540003 19830127 5.81 4680 4674.2 Rio Grande 62 01N.01W.36.334B 34.261111 -106.9341540106540003 19830224 5.99 4821 4815.0 Rio Grande 62 01N.01W.36.334B 34.261111 -106.9341540106540003 19830330 5.77 4808 4802.2 Rio Grande 62 01N.01W.36.334B 34.261111 -106.9341540106540003 19830426 5.64 4808 4802.4 Rio Grande 62 01N.01W.36.334B 34.261111 -106.9341540106540003 19830531 5.97 4800 4794.0 Rio Grande 62 01N.01W.36.334B 34.261111 -106.9341540106540003 19830630 6.12 4502 4495.9 Rio Grande 62 01N.01W.36.334B 34.261111 -106.9341540106540003 19830801 6.13 5057 5050.9 Rio Grande 62 01N.01W.36.334B 34.261111 -106.9341540106540003 19831007 6.53 5182 5175.5 Rio Grande 62 01N.01W.36.334B 34.261111 -106.9341540106540003 19831027 6.65 4795 4788.4 Rio Grande 62 01N.01W.36.334B 34.261111 -106.9341540106540003 19831202 6.4 4740 4733.6 Rio Grande 62 01N.01W.36.334B 34.261111 -106.9341540106540003 19840131 6.08 4835 4828.9 Rio Grande 62 01N.01W.36.334B 34.261111 -106.9341540106540003 19840224 5.59 4795 4789.4 Rio Grande 62 01N.01W.36.334B 34.261111 -106.9341540106540003 19840313 6.36 4795 4788.6 Rio Grande 62 01N.01W.36.334B 34.261111 -106.9341540106540003 19840430 5.96 4839 4833.0 Rio Grande 62 01N.01W.36.334B 34.261111 -106.9341540106540003 19840611 5.61 4837 4831.4 Rio Grande 62 01N.01W.36.334B 34.261111 -106.9341540106540003 19840730 6.19 4837 4830.8 Rio Grande 62 01N.01W.36.334B 34.261111 -106.9341540106540003 19840828 6.22 4795 4788.8 Rio Grande 62 01N.01W.36.334B 34.261111 -106.9341540106540003 19850228 6.63 4840 4833.4 Rio Grande 62 01N.01W.36.334B 34.261111 -106.9





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341540106540003 19850423 5.9 5710 5704.1 Rio Grande 62 01N.01W.36.334B 34.261111 -106.9341540106540004 19820806 5.57 5820 5814.4 Rio Grande 25 01N.01W.36.334C 34.261111 -106.9341540106540004 19821021 5.79 4857 4851.2 Rio Grande 25 01N.01W.36.334C 34.261111 -106.9341540106540004 19821216 6.04 4857 4851.0 Rio Grande 25 01N.01W.36.334C 34.261111 -106.9341540106540004 19830127 5.97 4857 4851.0 Rio Grande 25 01N.01W.36.334C 34.261111 -106.9341540106540004 19830224 6.11 4415 4408.9 Rio Grande 25 01N.01W.36.334C 34.261111 -106.9341540106540004 19830330 5.95 4510 4504.1 Rio Grande 25 01N.01W.36.334C 34.261111 -106.9341540106540004 19830426 5.77 4510 4504.2 Rio Grande 25 01N.01W.36.334C 34.261111 -106.9341540106540004 19830531 6.13 4510 4503.9 Rio Grande 25 01N.01W.36.334C 34.261111 -106.9341540106540004 19830630 6.22 4510 4503.8 Rio Grande 25 01N.01W.36.334C 34.261111 -106.9341540106540004 19830801 6.39 4455 4448.6 Rio Grande 25 01N.01W.36.334C 34.261111 -106.9341540106540004 19831007 6.67 4555 4548.3 Rio Grande 25 01N.01W.36.334C 34.261111 -106.9341540106540004 19831027 6.79 4519 4512.2 Rio Grande 25 01N.01W.36.334C 34.261111 -106.9341540106540004 19831202 6.57 4519 4512.4 Rio Grande 25 01N.01W.36.334C 34.261111 -106.9341540106540004 19840131 6.44 4242 4235.6 Rio Grande 25 01N.01W.36.334C 34.261111 -106.9341540106540004 19840224 6.58 4600 4593.4 Rio Grande 25 01N.01W.36.334C 34.261111 -106.9341540106540004 19840313 6.52 4340 4333.5 Rio Grande 25 01N.01W.36.334C 34.261111 -106.9341540106540004 19840430 6.09 4410 4403.9 Rio Grande 25 01N.01W.36.334C 34.261111 -106.9341540106540004 19840611 5.78 4410 4404.2 Rio Grande 25 01N.01W.36.334C 34.261111 -106.9341540106540004 19840730 6.81 4410 4403.2 Rio Grande 25 01N.01W.36.334C 34.261111 -106.9341540106540004 19840828 4.37 4410 4405.6 Rio Grande 25 01N.01W.36.334C 34.261111 -106.9341540106540004 19850228 6.78 4410 4403.2 Rio Grande 25 01N.01W.36.334C 34.261111 -106.9341540106540004 19850423 6.03 4410 4404.0 Rio Grande 25 01N.01W.36.334C 34.261111 -106.9341540106540005 19820806 5.27 4410 4404.7 Rio Grande 10 01N.01W.36.334D 34.261111 -106.9341540106540005 19821021 4410 Rio Grande 10 01N.01W.36.334D 34.261111 -106.9341540106540005 19821216 5.93 4410 4404.1 Rio Grande 10 01N.01W.36.334D 34.261111 -106.9341540106540005 19830224 6 4410 4404.0 Rio Grande 10 01N.01W.36.334D 34.261111 -106.9341540106540005 19830330 5.83 4562 4556.2 Rio Grande 10 01N.01W.36.334D 34.261111 -106.9341540106540005 19830426 5.63 4560 4554.4 Rio Grande 10 01N.01W.36.334D 34.261111 -106.9341540106540005 19830531 4560 Rio Grande 10 01N.01W.36.334D 34.261111 -106.9341540106540005 19830630 4540 Rio Grande 10 01N.01W.36.334D 34.261111 -106.9341540106540005 19830801 4505 Rio Grande 10 01N.01W.36.334D 34.261111 -106.9341540106540005 19831007 4490 Rio Grande 10 01N.01W.36.334D 34.261111 -106.9





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341540106540005 19831027 4510 Rio Grande 10 01N.01W.36.334D 34.261111 -106.9341540106540005 19831202 4460 Rio Grande 10 01N.01W.36.334D 34.261111 -106.9341540106540005 19840131 4415 Rio Grande 10 01N.01W.36.334D 34.261111 -106.9341540106540005 19840224 4600 Rio Grande 10 01N.01W.36.334D 34.261111 -106.9341540106540005 19840313 4438 Rio Grande 10 01N.01W.36.334D 34.261111 -106.9341540106540005 19840611 4410 Rio Grande 10 01N.01W.36.334D 34.261111 -106.9341540106540005 19840730 4430 Rio Grande 10 01N.01W.36.334D 34.261111 -106.9341540106540005 19840828 4430 Rio Grande 10 01N.01W.36.334D 34.261111 -106.9341540106540005 19850228 4430 Rio Grande 10 01N.01W.36.334D 34.261111 -106.9341540106540005 19850423 4358 Rio Grande 10 01N.01W.36.334D 34.261111 -106.9341540106540006 19820806 5.54 4350 4344.5 Rio Grande 50 01N.01W.36.334E 34.261111 -106.9341540106540006 19821021 5.81 4350 4344.2 Rio Grande 50 01N.01W.36.334E 34.261111 -106.9341540106540006 19830127 5.98 4355 4349.0 Rio Grande 50 01N.01W.36.334E 34.261111 -106.9341540106540006 19830224 6.16 4355 4348.8 Rio Grande 50 01N.01W.36.334E 34.261111 -106.9341540106540006 19830330 5.95 4355 4349.1 Rio Grande 50 01N.01W.36.334E 34.261111 -106.9341540106540006 19830426 5.8 4355 4349.2 Rio Grande 50 01N.01W.36.334E 34.261111 -106.9341540106540006 19830531 6.17 4355 4348.8 Rio Grande 50 01N.01W.36.334E 34.261111 -106.9341540106540006 19830630 6.27 4355 4348.7 Rio Grande 50 01N.01W.36.334E 34.261111 -106.9341540106540006 19830801 6.45 4355 4348.6 Rio Grande 50 01N.01W.36.334E 34.261111 -106.9341540106540006 19831007 6.71 4355 4348.3 Rio Grande 50 01N.01W.36.334E 34.261111 -106.9341540106540006 19831027 6.77 4355 4348.2 Rio Grande 50 01N.01W.36.334E 34.261111 -106.9341540106540006 19831202 6.65 4355 4348.4 Rio Grande 50 01N.01W.36.334E 34.261111 -106.9341540106540006 19840131 6.58 4355 4348.4 Rio Grande 50 01N.01W.36.334E 34.261111 -106.9341540106540006 19840224 6.63 4355 4348.4 Rio Grande 50 01N.01W.36.334E 34.261111 -106.9341540106540006 19840313 6.45 4355 4348.6 Rio Grande 50 01N.01W.36.334E 34.261111 -106.9341540106540006 19840430 5.54 4355 4349.5 Rio Grande 50 01N.01W.36.334E 34.261111 -106.9341540106540006 19840611 5.82 4355 4349.2 Rio Grande 50 01N.01W.36.334E 34.261111 -106.9341540106540006 19840730 6.53 4355 4348.5 Rio Grande 50 01N.01W.36.334E 34.261111 -106.9341540106540006 19840828 6.34 4355 4348.7 Rio Grande 50 01N.01W.36.334E 34.261111 -106.9341540106540006 19850228 6.82 4355 4348.2 Rio Grande 50 01N.01W.36.334E 34.261111 -106.9341540106540006 19850423 6.07 4355 4348.9 Rio Grande 50 01N.01W.36.334E 34.261111 -106.9341540106540011 19820806 5.59 4355 4349.4 Rio Grande 8.5 01N.01W.36.334F 34.261111 -106.9341540106540011 19850423 4355 Rio Grande 8.5 01N.01W.36.334F 34.261111 -106.9





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341540106540012 19820806 5.59 4355 4349.4 Rio Grande 8 01N.01W.36.334G 34.261111 -106.9341540106540012 19821021 5.65 4355 4349.4 Rio Grande 8 01N.01W.36.334G 34.261111 -106.9341540106540012 19850423 6.39 4355 4348.6 Rio Grande 8 01N.01W.36.334G 34.261111 -106.9341540106540013 19821021 6.74 4355 4348.3 Rio Grande 24.5 01N.01W.36.334H 34.261111 -106.9341540106540013 19850423 6.97 4355 4348.0 Rio Grande 24.5 01N.01W.36.334H 34.261111 -106.9341540106540014 19820806 4.86 4355 4350.1 Rio Grande 6.2 01N.01W.36.334I 34.261111 -106.9341540106540014 19850423 4355 Rio Grande 6.2 01N.01W.36.334I 34.261111 -106.9341540106540015 19821021 6.02 4355 4349.0 Rio Grande 8.2 01N.01W.36.334J 34.261111 -106.9341540106540016 19821021 5.91 4355 4349.1 Rio Grande 22.6 01N.01W.36.334K 34.261111 -106.9341540106540016 19850423 6.17 4355 4348.8 Rio Grande 22.6 01N.01W.36.334K 34.261111 -106.9341540106540017 4355 Rio Grande 100 01N.01W.36.334P 34.261111 -106.9341842106425401 4355 Rio Grande 01N.02E.15.223 34.311667 -106.715341811106440401 19500124 63.74 4355 4291.3 Rio Grande 100 01N.02E.21.120 34.303056 -106.7344341605106434202 4355 Rio Grande 01N.02E.34.130 34.268056 -106.7283341605106434201 19850131 32.44 4355 4322.6 Rio Grande 01N.02E.34.1331 34.268056 -106.7283341605106434201 19900124 32.82 4355 4322.2 Rio Grande 01N.02E.34.1331 34.268056 -106.7283341612106434101 19500124 32 4355 4323.0 Rio Grande 100 01N.02E.34.310 34.27 -106.7281341845106575801 19491130 9.93 4355 4345.1 Rio Grande 01N.02W.01.330 34.333333 -107.0111341940107053501 4355 La Jencia 01N.02W.07.132 34.327778 -107.0931342045106370701 19490726 114.65 4355 4240.4 Rio Grande 01N.03E.03.120 34.345833 -106.6186341823106370201 4355 Rio Grande 01N.03E.15.340 34.306389 -106.6172341535106382601 19850131 50.84 4355 4304.2 Rio Grande 55 01N.03E.32.444 34.259722 -106.6406341535106382601 19900124 44.7 4350 4305.3 Rio Grande 55 01N.03E.32.444 34.259722 -106.6406341535106382601 20000204 41.52 4360 4318.5 Rio Grande 55 01N.03E.32.444 34.259722 -106.6406341559106381201 19640625 20 4342 4322.0 Rio Grande 01N.03E.33. 34.266389 -106.6367341917107113901 4320 La Jencia 01N.03W.07.342 CARBON SP 34.321389 -107.1942341959106302001 19490822 136.1 4320 4183.9 01N.04E.03.444 34.333056 -106.5056341953106305001 19490822 145 4320 4175.0 01N.04E.10.121 34.331389 -106.5139341952106271001 19210101 118 4338 4220.0 163 01N.04E.11.244 34.331111 -106.4528341836106295701 19490831 68.63 4422 4353.4 01N.04E.14.113 34.31 -106.4992341647106285701 19491116 141.39 4310 4168.6 01N.04E.25.314 34.279722 -106.4825341647106324001 19490831 154.5 180 01N.04E.29.413 34.279722 -106.5444341544106292601 19490802 98.5 4345 4246.5 01N.04E.35.434 34.262222 -106.4906





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341608106284301 4334 01N.04E.36.140 34.268889 -106.4786341733107121101 4345 La Jencia 01N.04W.24.442 34.2925 -107.2031341925106280001 19491116 137.2 4340 4202.8 01N.05E.07.311 34.323611 -106.4667342015107263201 4375 01N.06W.02.213 34.3375 -107.4422342015107264301 4357 01N.06W.03.244 34.3375 -107.4453342015107265001 4255 01N.06W.03.424 34.3375 -107.4472342042107292501 19850918 171.27 275 01N.06W.06.224 34.345 -107.4903342036107295401 19850918 173.75 206 01N.06W.06.244 34.343333 -107.4983341948107295001 19750812 280 4762 4482.0 627 01N.06W.08.113 34.33 -107.4972 21b

341948107295001 19850918 304.11 4410 4105.9 627 01N.06W.08.113 34.33 -107.4972341929107265801 4280 01N.06W.10.421 34.324722 -107.4494341859107251201 4250 01N.06W.13.221 34.316389 -107.42341814107263601 4242 01N.06W.14.334 34.303889 -107.4433341838107303401 19750812 60.3 4242 4181.7 01N.06W.18.321 34.310556 -107.5094341812107282201 19750812 61.49 4242 4180.5 01N.06W.21.122 34.303333 -107.4728341745107265801 4242 01N.06W.22.421 34.295833 -107.4494341809107253001 19750812 8.88 4242 4233.1 01N.06W.24.122 34.3025 -107.425341751107430201 19771215 386.58 4242 3855.4 01N.08W.19.14421 34.2975 -107.7172341734107382901 19790419 352.34 4242 3889.7 01N.08W.23.42331 34.292778 -107.6414341704107404401 19790419 425.1 4242 3816.9 01N.08W.28.232 34.284444 -107.6789341611107381601 19771215 236.53 4242 4005.5 01N.08W.35.123111 34.269722 -107.6378341611107381601 19790214 236.81 4242 4005.2 01N.08W.35.123111 34.269722 -107.6378341611107381601 19800116 237.44 4242 4004.6 01N.08W.35.123111 34.269722 -107.6378341611107381601 19800923 239.68 4242 4002.3 01N.08W.35.123111 34.269722 -107.6378341611107381601 19810316 237.19 4242 4004.8 01N.08W.35.123111 34.269722 -107.6378341611107381601 19900130 4242 01N.08W.35.123111 34.269722 -107.6378341611107381601 19910211 218.42 4242 4023.6 01N.08W.35.123111 34.269722 -107.6378341611107381601 20010206 239.64 4242 4002.4 01N.08W.35.123111 34.269722 -107.6378341552107384501 19771215 239.27 4242 4002.7 01N.08W.35.224111 34.264444 -107.6458341552107384501 19790214 239.55 4242 4002.5 01N.08W.35.224111 34.264444 -107.6458341552107384501 19800116 240.23 4242 4001.8 01N.08W.35.224111 34.264444 -107.6458341552107384501 19800923 242.57 4242 3999.4 01N.08W.35.224111 34.264444 -107.6458341552107384501 19810316 239.94 4242 4002.1 01N.08W.35.224111 34.264444 -107.6458





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341552107384501 19900130 240.82 4242 4001.2 01N.08W.35.224111 34.264444 -107.6458341545107384801 19771215 238.05 4242 4004.0 01N.08W.35.324221 34.2625 -107.6467341545107384801 19790214 238.37 4242 4003.6 01N.08W.35.324221 34.2625 -107.6467341545107384801 19800116 238.92 4242 4003.1 01N.08W.35.324221 34.2625 -107.6467341545107384801 19800923 240.85 4242 4001.2 01N.08W.35.324221 34.2625 -107.6467341545107384801 19810316 238.72 4242 4003.3 01N.08W.35.324221 34.2625 -107.6467341545107384801 19900130 233.89 4242 4008.1 01N.08W.35.324221 34.2625 -107.6467341545107384801 19910211 238.63 4242 4003.4 01N.08W.35.324221 34.2625 -107.6467341545107384801 19960208 238.67 4242 4003.3 01N.08W.35.324221 34.2625 -107.6467341547107375401 19771215 218.36 4242 4023.6 01N.08W.36.323113 34.263056 -107.6317341547107375401 19790214 217.36 4242 4024.6 01N.08W.36.323113 34.263056 -107.6317341547107375401 19800116 217.89 4242 4024.1 01N.08W.36.323113 34.263056 -107.6317341547107375401 19800923 220.14 4242 4021.9 01N.08W.36.323113 34.263056 -107.6317341547107375401 19810316 217.66 4242 4024.3 01N.08W.36.323113 34.263056 -107.6317341547107375401 19900130 218.69 4242 4023.3 01N.08W.36.323113 34.263056 -107.6317341547107375401 19910211 216.99 4242 4025.0 01N.08W.36.323113 34.263056 -107.6317341547107375401 19960208 217.34 4242 4024.7 01N.08W.36.323113 34.263056 -107.6317341547107375401 20010206 218.42 4242 4023.6 01N.08W.36.323113 34.263056 -107.6317341444106472501 19500126 122.24 4242 4119.8 Rio Grande 01S.01E.01.430 34.245556 -106.7903341430106525801 19760831 60 4242 4182.0 Rio Grande 100 01S.01E.07.123 34.241667 -106.8828 30b

341410106503401 19500222 351 4242 3891.0 Rio Grande 01S.01E.09.410 34.236111 -106.8428341221106490301 4242 Rio Grande 01S.01E.23.313 34.205833 -106.8175341109106470901 19500518 35 4242 4207.0 Rio Grande 145 01S.01E.36.220 34.185833 -106.7858 50b

341519106535101 19950417 11.6 4242 4230.4 Rio Grande 65 01S.01W.01.124 34.255278 -106.8975341528106533301 19830224 6.18 4242 4235.8 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19830426 5.83 4242 4236.2 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19830531 6.39 4242 4235.6 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19830630 6.52 4242 4235.5 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19830801 7.31 4242 4234.7 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19831007 7.33 4242 4234.7 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19831027 7.55 4242 4234.5 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19831202 5.85 4242 4236.2 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19840131 6.49 4242 4235.5 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925





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341528106533301 19840224 6.62 4242 4235.4 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19840313 6.47 4242 4235.5 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19840430 6.8 4242 4235.2 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19840611 5.27 4242 4236.7 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19840730 8.15 4242 4233.9 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19840828 7.67 4242 4234.3 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19850228 8.64 4242 4233.4 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19850423 5.58 4242 4236.4 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19850905 7.44 4242 4234.6 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19860129 5.97 4242 4236.0 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19860609 6.94 4242 4235.1 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19860801 5.09 4242 4236.9 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19870123 6.63 4242 4235.4 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19870630 6.96 4242 4235.0 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19870730 7.07 4242 4234.9 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19871230 8.83 4242 4233.2 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19880726 9.18 4242 4232.8 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19890130 9.5 4242 4232.5 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19890707 12.21 4242 4229.8 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19900209 10.4 4242 4231.6 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19900706 10.75 4242 4231.3 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19910103 10.79 4242 4231.2 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19910109 10.56 4242 4231.4 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19910702 9.78 4242 4232.2 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19910714 11.17 4242 4230.8 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19911002 11.22 4242 4230.8 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19920109 10.56 4242 4231.4 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19920714 11.17 4242 4230.8 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19930112 11 4242 4231.0 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19930630 10.22 4242 4231.8 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19931230 10.4 4242 4231.6 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19940630 9.85 4242 4232.2 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19950120 12.17 4242 4229.8 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925





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341528106533301 19950629 10.59 4242 4231.4 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19951031 13.11 4242 4228.9 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19960125 13.01 4242 4229.0 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19960924 12.18 4242 4229.8 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19970429 10.43 4242 4231.6 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19980212 12.99 4242 4229.0 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19980729 12.89 4242 4229.1 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 19990720 13.03 4242 4229.0 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 20000210 11.26 4242 4230.7 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 20000823 10.94 4242 4231.1 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341528106533301 20001211 12.59 4242 4229.4 Rio Grande 38 01S.01W.01.213 34.257778 -106.8925341514106534801 19560522 6.89 4242 4235.1 Rio Grande 50 01S.01W.01.231 34.253889 -106.8967341435106545701 4242 Rio Grande 01S.01W.02.123 34.243056 -106.9158341301106550701 4242 Rio Grande 01S.01W.14.334 34.216944 -106.9186341308106550901 4242 Rio Grande 01S.01W.14.431 34.218889 -106.9192341247106560501 19580120 47 4242 4195.0 Rio Grande 104 01S.01W.22.243 34.213056 -106.9347 200b

341225106555501 4242 Rio Grande 01S.01W.22.324 34.206944 -106.9319341211106560001 19760804 95 4242 4147.0 Rio Grande 125 01S.01W.22.340 34.203056 -106.9333341219106554901 19850129 119.62 4242 4122.4 Rio Grande 140 01S.01W.22.431 34.205278 -106.9303 1200b

341219106554901 19860113 119.44 4242 4122.6 Rio Grande 140 01S.01W.22.431 34.205278 -106.9303341219106554901 19870319 119.7 4242 4122.3 Rio Grande 140 01S.01W.22.431 34.205278 -106.9303341219106554901 19880115 119.35 4242 4122.7 Rio Grande 140 01S.01W.22.431 34.205278 -106.9303341219106554901 19890921 120.85 4242 4121.2 Rio Grande 140 01S.01W.22.431 34.205278 -106.9303341219106554901 19900130 119.39 4242 4122.6 Rio Grande 140 01S.01W.22.431 34.205278 -106.9303341219106554901 19910208 119.36 4242 4122.6 Rio Grande 140 01S.01W.22.431 34.205278 -106.9303341219106554901 19910717 119.45 4242 4122.6 Rio Grande 140 01S.01W.22.431 34.205278 -106.9303341219106554901 19920206 119.25 4242 4122.8 Rio Grande 140 01S.01W.22.431 34.205278 -106.9303341219106554901 19930202 119.4 4242 4122.6 Rio Grande 140 01S.01W.22.431 34.205278 -106.9303341219106554901 19950214 118.63 4242 4123.4 Rio Grande 140 01S.01W.22.431 34.205278 -106.9303341219106554901 19970128 119.68 4242 4122.3 Rio Grande 140 01S.01W.22.431 34.205278 -106.9303341255106545501 4242 Rio Grande 01S.01W.23.122 34.215278 -106.9153341242106544801 4242 Rio Grande 75 01S.01W.23.231 34.211667 -106.9133341222106550501 4242 Rio Grande 01S.01W.23.300 34.206111 -106.9181





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341230106551201 4241 Rio Grande 01S.01W.23.311 34.208333 -106.92341215106551201 4242 Rio Grande 01S.01W.23.331B 34.204167 -106.92341210106551501 4242 Rio Grande 01S.01W.23.333 34.202778 -106.9208341222106543501 19510101 8 4242 4234.0 Rio Grande 100 01S.01W.23.431 34.206111 -106.9097341210106542501 4242 Rio Grande 01S.01W.23.444 34.202778 -106.9069 1035c

341154106540001 4242 Rio Grande 01S.01W.25.100 34.198333 -106.9341155106540601 19570416 10 4242 4232.0 Rio Grande 100 01S.01W.25.114 34.198611 -106.9017341124106540501 19520601 9 4242 4233.0 Rio Grande 150 01S.01W.25.332 34.19 -106.9014341151106551001 19580501 40 4242 4202.0 Rio Grande 80 01S.01W.26.131 34.1975 -106.9194341153106543001 4242 Rio Grande 01S.01W.26.200 34.198056 -106.9083341153106543002 4242 Rio Grande 01S.01W.26.200B 34.198056 -106.9083341153106543003 4242 Rio Grande 01S.01W.26.200C 34.198056 -106.9083341157106542101 19850129 13.25 4242 4228.8 Rio Grande 01S.01W.26.223 34.198056 -106.9061341157106542101 19950209 12.8 4242 4229.2 Rio Grande 01S.01W.26.223 34.198056 -106.9061341152106542301 4242 Rio Grande 01S.01W.26.242 34.197778 -106.9064 600c

341121106543001 4242 Rio Grande 01S.01W.26.400 34.189167 -106.9083341124106541901 19520501 11 4242 4231.0 Rio Grande 85 01S.01W.26.442 34.19 -106.9053341150106552101 4242 Rio Grande 01S.01W.27.242 34.197222 -106.9225341117106560401 19770420 181 4242 4061.0 Rio Grande 240 01S.01W.27.343 34.188056 -106.9344 118b

341127106553501 4242 Rio Grande 01S.01W.27.400 34.190833 -106.9264341138106552801 19580501 42 4242 4200.0 Rio Grande 80 01S.01W.27.422 34.193889 -106.9244341130106553301 19760309 96 4242 4146.0 Rio Grande 125 01S.01W.27.423 34.191667 -106.9258341120106553701 4242 Rio Grande 01S.01W.27.434 34.188889 -106.9269341126106552201 4242 Rio Grande 01S.01W.27.442 34.190556 -106.9228341040106554001 19520501 94 4242 4148.0 Rio Grande 200 01S.01W.34.414 34.177778 -106.9278341047106552101 4242 Rio Grande 01S.01W.34.422 34.179722 -106.9225341104106550001 19520101 14 4242 4228.0 Rio Grande 70 01S.01W.35.123 34.184444 -106.9167341058106545501 4242 Rio Grande 01S.01W.35.142 34.182778 -106.9153341047106541101 19560517 3.33 4242 4238.7 Rio Grande 8 01S.01W.36.311 34.179722 -106.9031341319106410301 19850131 289.5 4242 3952.5 Rio Grande 01S.02E.13.412 34.221944 -106.6842341319106410301 19950207 282.19 4242 3959.8 Rio Grande 01S.02E.13.412 34.221944 -106.6842341319106410301 20000204 280.25 4242 3961.8 Rio Grande 01S.02E.13.412 34.221944 -106.6842341245106460001 19500126 102.79 4242 4139.2 Rio Grande 01S.02E.19.220 34.2125 -106.7667





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341246106460901 19850131 41.92 4242 4200.1 Rio Grande 01S.02E.19.241 34.212778 -106.7692341246106460901 19900124 37.64 4242 4204.4 Rio Grande 01S.02E.19.241 34.212778 -106.7692341246106460901 19950208 37.62 4242 4204.4 Rio Grande 01S.02E.19.241 34.212778 -106.7692341246106460901 20000204 35.4 4242 4206.6 Rio Grande 01S.02E.19.241 34.212778 -106.7692341240106450001 19500223 5.27 4242 4236.7 Rio Grande 01S.02E.20.240 34.211111 -106.75341210106424801 4242 Rio Grande 01S.02E.22.444 STAPLETON 34.202778 -106.7133341159106404301 19490812 9 4242 4233.0 Rio Grande 01S.02E.25.221 34.199722 -106.6786341120106453501 19500127 4.7 4242 4237.3 Rio Grande 01S.02E.29.340 34.188889 -106.7597341422107013001 4242 La Jencia 01S.02W.11.133A 34.239444 -107.025341203107052401 19600601 165 4242 4077.0 La Jencia 280 01S.02W.30.121 34.200833 -107.09341507106362401 19490812 69.87 4242 4172.1 01S.03E.02.311 34.251944 -106.6067341534106384201 19850131 50.84 4242 4191.2 Rio Grande 55 01S.03E.05.222 34.259444 -106.645341520106402201 19491228 11 4242 4231.0 Rio Grande 47 01S.03E.06.321 34.2525 -106.6731 2.5b

341520106402201 19850131 11.17 4242 4230.8 Rio Grande 47 01S.03E.06.321 34.2525 -106.6731341520106402201 19900124 13.2 4242 4228.8 Rio Grande 47 01S.03E.06.321 34.2525 -106.6731341520106402201 19950208 11.66 4242 4230.3 Rio Grande 47 01S.03E.06.321 34.2525 -106.6731341520106402201 20000204 11.99 4242 4230.0 Rio Grande 47 01S.03E.06.321 34.2525 -106.6731341437106345401 19490812 36.11 4242 4205.9 01S.03E.12.211 34.243611 -106.5817341324106373401 19490812 52.21 4242 4189.8 01S.03E.16.244 34.223333 -106.6261341107106371201 194908 357 4242 3885.0 01S.03E.34.121 34.185278 -106.62341107106371201 19490801 357 4242 3885.0 01S.03E.34.121 34.185278 -106.62341502107114801 19850131 11.17 4242 4230.8 La Jencia 47 01S.03W.06.321 34.250556 -107.1967341502107114801 19900124 13.2 4242 4228.8 La Jencia 47 01S.03W.06.321 34.250556 -107.1967341424107115901 19800701 238.93 4242 4003.1 La Jencia 01S.03W.07.131 34.24 -107.1997341426107064301 19600601 118 4242 4124.0 La Jencia 185 01S.03W.12.131 34.240556 -107.1119341400107064701 19620701 119 4242 4123.0 La Jencia 01S.03W.12.331 34.233333 -107.1131341332107070501 4242 La Jencia 01S.03W.14.241 34.225556 -107.1181341341107103501 19800715 182.5 4242 4059.5 La Jencia 01S.03W.17.124 34.228056 -107.1764 0.5b

341153107112301 4242 La Jencia 01S.03W.30.213 34.198056 -107.1897341027107112601 19620701 301 4242 3941.0 La Jencia 390 01S.03W.31.433 34.174167 -107.1906341445106333601 19490812 138.5 4242 4103.5 01S.04E.06.443 34.245833 -106.56341244106241701 19500921 28 4242 4214.0 01S.05E.22.223 34.212222 -106.4047341037106252501 4242 01S.05E.33. 34.176944 -106.4236





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341313106141801 19500101 600 4242 3642.0 01S.07E.17.410 34.220278 -106.2383341153107363701 19771214 213.16 4242 4028.8 01S.07W.30.111 34.198056 -107.6103341448106031501 4242 01S.08E.01.433 34.246667 -106.0542341525106051001 4242 01S.08E.03.214 34.256944 -106.0861341502106064001 4242 01S.08E.04.323 34.250556 -106.1111341356106080801 4242 500 01S.08E.07.332 34.232222 -106.1522341413106064701 4242 610 01S.08E.09.310 34.236944 -106.1131341413106042201 19550101 650 4242 3592.0 842 01S.08E.11.322 34.236944 -106.1131341220106062501 19500801 650 4242 3592.0 01S.08E.21.431 34.205556 -106.1069341254106044701 4242 620 01S.08E.23.111 34.215 -106.0797341520107375601 19771215 205.68 4242 4036.3 01S.08W.02.241 IRR NO 1 34.255556 -107.6322341520107375601 19780216 205.86 4242 4036.1 01S.08W.02.241 IRR NO 1 34.255556 -107.6322341520107375601 19790214 205.98 4242 4036.0 01S.08W.02.241 IRR NO 1 34.255556 -107.6322341520107375601 19800116 206.61 4241.4 4034.8 01S.08W.02.241 IRR NO 1 34.255556 -107.6322341520107375601 19800923 209.02 4320 4111.0 01S.08W.02.241 IRR NO 1 34.255556 -107.6322341520107375601 19810316 206.36 4242 4035.6 01S.08W.02.241 IRR NO 1 34.255556 -107.6322341520107375601 19900130 207.24 4242 4034.8 01S.08W.02.241 IRR NO 1 34.255556 -107.6322341520107375601 19910211 211.33 4242 4030.7 01S.08W.02.241 IRR NO 1 34.255556 -107.6322341458107381801 19771215 211.41 4242 4030.6 01S.08W.02.442 34.249444 -107.6383341458107381801 19780216 210.58 4242 4031.4 01S.08W.02.442 34.249444 -107.6383341458107381801 19781115 212.42 4242 4029.6 01S.08W.02.442 34.249444 -107.6383341458107381801 19790214 211.65 4242 4030.4 01S.08W.02.442 34.249444 -107.6383341458107381801 19800116 212.17 4242 4029.8 01S.08W.02.442 34.249444 -107.6383341458107381801 19800429 211.63 4242 4030.4 01S.08W.02.442 34.249444 -107.6383341458107381801 19800923 214.1 4242 4027.9 01S.08W.02.442 34.249444 -107.6383341458107381801 19810316 212.03 4242 4030.0 01S.08W.02.442 34.249444 -107.6383341458107381801 19900130 212.82 4242 4029.2 01S.08W.02.442 34.249444 -107.6383341458107381801 19910211 215.59 4242 4026.4 01S.08W.02.442 34.249444 -107.6383341458107381801 19920217 214.52 4242 4027.5 01S.08W.02.442 34.249444 -107.6383341458107381801 19930222 215.12 4242 4026.9 01S.08W.02.442 34.249444 -107.6383341458107381801 19960208 216.71 4242 4025.3 01S.08W.02.442 34.249444 -107.6383341458107381801 20010206 212.36 4242 4029.6 01S.08W.02.442 34.249444 -107.6383341523107423801 4242 01S.08W.06.123 34.256389 -107.7106





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341353107392301 19771215 217.62 4242 4024.4 01S.08W.10.341 34.231389 -107.6564341243107404801 19771215 283.6 4242 3958.4 01S.08W.21.111 34.211944 -107.68341243107404801 19910211 252.45 4242 3989.6 01S.08W.21.111 34.211944 -107.68341243107404801 19960208 249.3 4242 3992.7 01S.08W.21.111 34.211944 -107.68341243107404801 20010206 251.03 4242 3991.0 01S.08W.21.111 34.211944 -107.68341016107375601 19771214 185.02 4242 4057.0 01S.08W.35.441 34.171111 -107.6322341016107375601 19910211 185.9 4242 4056.1 01S.08W.35.441 34.171111 -107.6322341016107375601 19960208 189.91 4242 4052.1 01S.08W.35.441 34.171111 -107.6322341501106002901 19500801 600 4242 3642.0 01S.09E.04.314 34.250278 -106.0081341518106012001 19500801 650 4242 3592.0 01S.09E.05.141 34.255 -106.0222341423106023001 19500801 618 4242 3624.0 01S.09E.07.134 34.239722 -106.0417341423106023001 19570312 4242 01S.09E.07.134 34.239722 -106.0417341431106002201 19500801 657 4242 3585.0 01S.09E.09.141 34.241944 -106.0061342831106461401 4242 Rio Grande 65 2030219200 34.475278 -106.7706342537106490801 19830330 2.05 4242 4240.0 Rio Grande 02N.01E.03.421 34.426944 -106.8189342513106500301 19771111 12 4242 4230.0 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19830127 13.5 4242 4228.5 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19830224 12.46 4242 4229.5 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19830330 12.16 4242 4229.8 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19830426 12.11 4242 4229.9 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19830531 11.84 4242 4230.2 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19830630 12.02 4242 4230.0 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19830729 12.32 4242 4229.7 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19831007 11.97 4242 4230.0 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19831201 12.42 4242 4229.6 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19840224 12.49 4242 4229.5 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19840313 13.22 4242 4228.8 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19840730 12.69 4242 4229.3 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19840828 12.07 4242 4229.9 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19850423 11.38 4242 4230.6 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19850905 12.19 4242 4229.8 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19860129 13.61 4242 4228.4 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19860402 12.48 4242 4229.5 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342





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342513106500301 19860530 11.85 4242 4230.2 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19860801 14.8 4242 4227.2 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19870121 11.76 4242 4230.2 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19870630 12.23 4242 4229.8 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19880726 12.07 4242 4229.9 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19890130 11.99 4242 4230.0 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19890707 12.66 4242 4229.3 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19900209 11.99 4242 4230.0 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19900706 12.74 4242 4229.3 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19910103 12.82 4242 4229.2 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19910702 12.51 4242 4229.5 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19911001 11.88 4242 4230.1 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19920109 11.88 4242 4230.1 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19920714 11.7 4242 4230.3 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19930112 12 4242 4230.0 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19930630 12.04 4242 4230.0 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19931230 12.28 4242 4229.7 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19940630 12.74 4242 4229.3 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19950123 12.22 4242 4229.8 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19950629 12.21 4250 4237.8 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19951031 12.07 4263 4250.9 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19960229 12.52 4300 4287.5 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19960924 12.13 4250 4237.9 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19970429 11.45 4250 4238.6 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19980212 11.54 4250 4238.5 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19980729 12.09 4250 4237.9 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 19990720 12.22 4295 4282.8 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 20000210 13 4650 4637.0 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342513106500301 20000823 12.01 4695 4683.0 Rio Grande 107 02N.01E.04.444 34.420278 -106.8342342512106500701 4880 Rio Grande 02N.01E.09.220 34.42 -106.8353342349106501701 19490810 15 4875 4860.0 Rio Grande 02N.01E.16.430 34.396944 -106.8381342300106492601 19560517 3.86 5021 5017.1 Rio Grande 110 02N.01E.22.233 34.383333 -106.8239 1800b

342300106492601 19570131 5.5 5021 5015.5 Rio Grande 110 02N.01E.22.233 34.383333 -106.8239





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342300106492601 19580116 2.22 4984 4981.8 Rio Grande 110 02N.01E.22.233 34.383333 -106.8239342255106484401 5585 Rio Grande 02N.01E.23.323 34.381944 -106.8122342215106500101 19560517 16.73 4250 4233.3 Rio Grande 02N.01E.27.131 34.370833 -106.8336 1450b

342107106530401 19750708 137 4300 4163.0 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19821216 137.2 4250 4112.8 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19830127 136.79 4242 4105.2 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19830224 136.75 4242 4105.3 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19830330 137.04 4242 4105.0 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19830426 136.72 4250 4113.3 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19830531 136.64 4250 4113.4 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19830711 137.01 4250 4113.0 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19830801 137.08 4250 4112.9 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19831007 137.1 4250 4112.9 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19831202 136.86 4250 4113.1 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19840131 136.55 4250 4113.5 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 198403 136.69 4250 4113.3 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19840430 137.05 4250 4113.0 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19840610 136.94 4250 4113.1 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19840730 139.24 4250 4110.8 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19850228 136.88 4250 4113.1 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19850423 136.52 4250 4113.5 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19850905 136.97 4250 4113.0 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19860129 136.73 4250 4113.3 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19860530 136.9 4250 4113.1 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19860801 136.21 4250 4113.8 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19870121 136.85 4250 4113.2 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19870630 136.75 4250 4113.3 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19870730 138.84 4250 4111.2 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19871230 136.75 4250 4113.3 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19880726 139.78 4250 4110.2 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19890130 137.08 4250 4112.9 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19890707 137.32 4250 4112.7 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19900209 137.17 4250 4112.8 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844





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342107106530401 19900706 137.19 4250 4112.8 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19910103 137.2 4250 4112.8 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19910702 139.36 4250 4110.6 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19911002 136.72 4250 4113.3 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19920109 136.92 4250 4113.1 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19920714 136.79 4250 4113.2 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19930112 136.7 4250 4113.3 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19930630 136.6 4250 4113.4 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19931230 136.9 4250 4113.1 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19940630 136.71 4250 4113.3 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19950120 136.71 4250 4113.3 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19950629 136.83 4250 4113.2 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19951031 136.64 4250 4113.4 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19960125 136.48 4250 4113.5 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19960924 137.16 4250 4112.8 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19970429 136.83 4250 4113.2 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19980212 136.69 4250 4113.3 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19980729 137.34 4250 4112.7 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 19990720 137.47 4250 4112.5 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 20000210 137.52 4250 4112.5 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 20000823 137.01 4250 4113.0 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342107106530401 20001211 136.8 4250 4113.2 Rio Grande 223 02N.01E.31.313 34.351944 -106.8844342426106555901 4250 Rio Grande 316 02N.01W.10.341 34.407222 -106.9331342413106532201 19490715 133.89 4250 4116.1 Rio Grande 02N.01W.13.223 34.403611 -106.8894342413106314701 19491130 7.02 4250 4243.0 Rio Grande 56.5 02N.01W.30.341 34.365 -106.9861342602106464201 19570501 50 4250 4200.0 Rio Grande 100 02N.02E.06.112 34.433889 -106.7783 500b

342426106444301 19491207 254 4250 3996.0 Rio Grande 02N.02E.09.330 34.407222 -106.7453 3b

342428106444501 4250 Rio Grande 02N.02E.17. 34.407778 -106.7458342147106472601 4250 Rio Grande 02N.02E.30.334 34.363056 -106.7906342056106465201 19630301 21 4250 4229.0 Rio Grande 173 02N.02E.31.333 34.348889 -106.7811342509107002201 4250 Rio Grande 280 02N.02W.12.112 34.419167 -107.0061342335107003001 19490721 84.5 4250 4165.5 Rio Grande 02N.02W.14.440 34.393056 -107.0083342156106594201 4250 Rio Grande 02N.02W.36.440 34.365556 -106.995





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342515106451001 19821002 258.54 4250 3991.5 Rio Grande 02N.03E.05.434 34.420833 -106.7528342515106451001 19821216 242.29 4250 4007.7 Rio Grande 02N.03E.05.434 34.420833 -106.7528342515106451001 19830127 242.1 4250 4007.9 Rio Grande 02N.03E.05.434 34.420833 -106.7528342703106371401 19490902 378 4250 3872.0 Rio Grande 02N.03E.10.410 34.450833 -106.6206342703106371401 19810130 371.25 4250 3878.8 Rio Grande 02N.03E.10.410 34.450833 -106.6206342406106394501 19491207 327.43 4250 3922.6 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19830330 310.26 4250 3939.7 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19830426 309.86 4250 3940.1 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19830531 309.82 4250 3940.2 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19830630 310.01 4250 3940.0 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19830729 329.61 4250 3920.4 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19831007 310.03 4250 3940.0 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19831027 317.55 4250 3932.5 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19831201 317.42 4250 3932.6 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19840131 311.6 4250 3938.4 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19840224 309.99 4250 3940.0 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19840313 309.98 4250 3940.0 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19840730 309.88 4250 3940.1 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19840828 309.93 4250 3940.1 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19850228 309.8 4250 3940.2 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19850423 327.25 4250 3922.8 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19850905 318.43 4250 3931.6 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19860129 311.38 4250 3938.6 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19860402 314.15 4250 3935.9 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19860609 310.68 4250 3939.3 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19860801 317.42 4250 3932.6 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19870630 309.25 4250 3940.8 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19870730 309.56 4250 3940.4 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19871230 309.16 4250 3940.8 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19880726 309.2 4250 3940.8 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19890130 309.18 4250 3940.8 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19890707 309.18 4250 3940.8 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19900209 308.82 4250 3941.2 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644





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342406106394501 19900706 308.87 4250 3941.1 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19910103 308.89 4250 3941.1 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19910702 308.68 4250 3941.3 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19911002 308.52 4250 3941.5 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19920109 308.71 4250 3941.3 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19920714 308.68 4250 3941.3 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19930112 308.53 4250 3941.5 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19930630 308.46 4250 3941.5 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19940209 308.22 4250 3941.8 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19940630 308.4 4250 3941.6 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19950120 308.33 4250 3941.7 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19950629 308.45 4250 3941.6 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19951031 308.16 4250 3941.8 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19960125 308.08 4250 3941.9 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19960924 308.19 4250 3941.8 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19970429 308.03 4250 3942.0 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19980212 307.99 4250 3942.0 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19980729 310.79 4250 3939.2 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 19990720 310.88 4250 3939.1 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 20000210 308.02 4250 3942.0 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 20000823 307.88 4250 3942.1 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342406106394501 20001211 307.63 4250 3942.4 Rio Grande 346 02N.03E.18.232 34.401944 -106.6644342244106382501 19600715 55 4250 4195.0 Rio Grande 114 02N.03E.21.330 34.378889 -106.6403342523106305701 19490902 21 4250 4229.0 Rio Grande 25 02N.04E.03.310 34.423056 -106.5158342458106283301 4250 Rio Grande 02N.04E.12.210 DRIPPING 34.416111 -106.4758342458106281601 19490804 28.15 4250 4221.9 Rio Grande 02N.04E.12.223 34.416111 -106.4711342412106291801 4250 Rio Grande 02N.04E.14.200 34.403333 -106.4883342413106311701 4250 Rio Grande 02N.04E.16.24 34.403611 -106.5214342307106333401 19490726 15.25 4250 4234.8 Rio Grande 02N.04E.19.200 34.385278 -106.5594342314106291801 19490804 9.3 4250 4240.7 Rio Grande 02N.04E.23.223 34.387222 -106.4883342146106314501 19490728 32.7 4250 4217.3 Rio Grande 02N.04E.28.321 34.362778 -106.5292342127106283801 19490822 19.75 4250 4230.3 02N.04E.36.124 34.3575 -106.4772342450107155601 4250 02N.04W.09.141 RILEY SP 34.413889 -107.2656





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342346107133801 19780816 41.5 4250 4208.5 242 02N.04W.14.324 34.396111 -107.2272 3b

342552106251301 19500811 29.68 4250 4220.3 Rio Grande 02N.05E.04.223 34.431111 -106.4203342510106253201 19800430 38 4250 4212.0 Rio Grande 153 02N.05E.04.300 34.419444 -106.4256 1b

342530106271001 4250 Rio Grande 02N.05E.06.224 34.425 -106.4528342419106260301 19490804 123.15 4250 4126.9 Rio Grande 02N.05E.08.430 34.405278 -106.4342342307106260301 19490728 38.35 4250 4211.7 02N.05E.20.244 34.385278 -106.4342 2b

342156106260101 4250 02N.05E.29.240 34.373056 -106.4175342133106250501 19491116 41.1 4250 4208.9 02N.05E.33.222 34.359167 -106.4181342423107202701 4250 02N.05W.10.444 34.406389 -107.3408342236107225001 4250 02N.05W.20.434 34.376667 -107.3806342236107224301 4250 02N.05W.20.443 34.376667 -107.3786342258107220701 4250 02N.05W.21.322 34.382778 -107.3686342249107221001 4250 02N.05W.21.324 34.380278 -107.3694342234107221901 4250 02N.05W.29.221 34.376111 -107.3719342154107243801 19850918 8.69 4250 4241.3 02N.05W.30.331 34.365 -107.4106342140107233701 19750813 15.2 4250 4234.8 50 02N.05W.31.222 34.361111 -107.3936342140107233701 19850918 19.24 4250 4230.8 50 02N.05W.31.222 34.361111 -107.3936342538107254401 19831102 5.37 4250 4244.6 15 02N.06W.02.4222 34.427222 -107.4289342530107254501 4250 15 02N.06W.02.424 34.425 -107.4292342534107270601 19750811 18.05 4250 4232.0 02N.06W.03.412 34.426111 -107.4517342534107270601 19850917 20.24 4250 4229.8 02N.06W.03.412 34.426111 -107.4517342518107275601 19750801 2 4250 4248.0 10 02N.06W.04.443 34.421667 -107.4656342518107275601 19850917 6.69 4250 4243.3 10 02N.06W.04.443 34.421667 -107.4656342518107275301 19750814 16.75 4250 4233.3 02N.06W.04.444 34.421667 -107.4647342552107303601 19400901 66.8 4250 4183.2 02N.06W.06.123 34.431111 -107.51 10b

342552107303601 19850917 62.09 4250 4187.9 02N.06W.06.123 34.431111 -107.51342554107303201 19750812 100.68 4250 4149.3 02N.06W.06.1234 34.431667 -107.5089342554107303201 19850917 96.16 4250 4153.8 02N.06W.06.1234 34.431667 -107.5089342508107304101 4250 02N.06W.07.112 34.418889 -107.5114342456107302101 19850907 74.05 4250 4176.0 180 02N.06W.07.231 34.415556 -107.5058342440107302001 19750812 24.2 4250 4225.8 02N.06W.07.411 34.411111 -107.5056 25b

342440107302001 19850917 82.3 4250 4167.7 02N.06W.07.411 34.411111 -107.5056342455107294901 19750812 18.79 4250 4231.2 02N.06W.08.131 34.415278 -107.4969 15b





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342455107294901 19850917 21.19 4250 4228.8 02N.06W.08.131 34.415278 -107.4969342423107282001 4250 02N.06W.09.344 34.406389 -107.4722342438107280101 4250 02N.06W.09.423 34.410556 -107.4669342300107272201 4250 02N.06W.15.142 34.383333 -107.4561342338107272601 4250 02N.06W.15.341 34.393889 -107.4572342418107293701 19810818 212 4250 4038.0 02N.06W.17.112 34.405 -107.4936342343107285501 4250 02N.06W.17.424 34.395278 -107.4819342336107285801 4250 02N.06W.17.442 34.393333 -107.4828342532107254101 4250 15 02N.06W.2 ALAMO WELL NO. 34.425556 -107.4281342539107254101 4250 15 02N.06W.2 ALAMO WELL NO. 34.4275 -107.4281342322107293801 19850917 18.62 4250 4231.4 02N.06W.20.114 34.389444 -107.4939342249107285801 19850918 130.14 4250 4119.9 195 02N.06W.21.431 34.380278 -107.4828342247107281601 19850918 135.41 4250 4114.6 02N.06W.21.431A 34.379722 -107.4711342146107251401 4250 02N.06W.25.344 34.362778 -107.4206342158107244001 19850918 19.17 4250 4230.8 140 02N.06W.25.424 34.366111 -107.4111342149107244501 19810924 28 4250 4222.0 02N.06W.25.442 34.363611 -107.4125342214107261501 19850918 7.26 4250 4242.7 02N.06W.26.144 34.370556 -107.4375342205107255401 4250 02N.06W.26.241+DUP 34.368056 -107.4317342218107255001 4250 02N.06W.26.241A 34.371667 -107.4306342208107260001 4250 02N.06W.26.412 34.368889 -107.4333342154107260001 4250 02N.06W.26.432 34.365 -107.4333342231107264801 19750813 145.79 4250 4104.2 02N.06W.27.222 34.375278 -107.4467342231107264801 19850918 119.57 4250 4130.4 02N.06W.27.222 34.375278 -107.4467342121107293901 19750812 59 4250 4191.0 02N.06W.32.134 34.355833 -107.4942 15b

342121107293901 19850918 72.67 4250 4177.3 02N.06W.32.134 34.355833 -107.4942342058107294701 19850918 123.59 4250 4126.4 02N.06W.32.331 34.349444 -107.4964342104107262001 4250 02N.06W.35.324 34.351111 -107.4389342105107235001 19850918 5.99 4250 4244.0 02N.06W.35.414 34.351389 -107.3972342128107250501 4250 02N.06W.36.231 34.357778 -107.4181342601107315101 19821123 43.4 4250 4206.6 02N.07W.01.111 34.433611 -107.5308342601107315102 4250 02N.07W.01.111A 34.433611 -107.5308342502106314001 19850917 92.1 4250 4157.9 250 02N.07W.12.114 34.417222 -107.5289342442107305801 19821123 48.05 4250 4202.0 02N.07W.12.422 34.411667 -107.5161





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342416107310201 19821123 42.2 4250 4207.8 02N.07W.13.222 34.404444 -107.5172342353107310801 19850917 5.79 4250 4244.2 02N.07W.13.243 34.398056 -107.5189342342107312801 19850916 50 4250 4200.0 02N.07W.13.324 34.395 -107.5244342344107320601 4250 02N.07W.14.423 34.395556 -107.535342342107363201 19810602 83.46 4250 4166.5 110 02N.07W.18.414 34.395 -107.6089342257107353001 19810602 228.07 4250 4021.9 400 02N.07W.20.411 34.3825 -107.5917342236107333401 19750815 33.98 4250 4216.0 02N.07W.22.334 34.376667 -107.5594342318107311801 4250 02N.07W.24.214 34.388333 -107.5217342230107334601 4250 02N.07W.27.121 34.375 -107.5628342113107351001 19810602 24.87 4250 4225.1 35 02N.07W.32.422 34.353611 -107.5861342128107332201 4250 02N.07W.34.212+DUP 34.357778 -107.5561342137107332001 19810602 57.64 4250 4192.4 90 02N.07W.34.212A 34.360278 -107.5556342428107392701 19810602 39.95 4250 4210.1 46 02N.08W.10.441 34.407778 -107.6575 2b

342230107394601 19800418 32 4250 4218.0 74 02N.08W.27.211 34.375 -107.6628 30b

340940106515501 19520501 4 4250 4246.0 Rio Grande 02S.01E.05.341 34.161111 -106.8653340910106524201 4250 Rio Grande 02S.01E.07.200 34.152778 -106.8783340842106523601 19591119 58 4250 4192.0 Rio Grande 108 02S.01E.07.430 34.145 -106.8767340832106480901 4250 Rio Grande 02S.01E.12.341 UNNAMED S 34.142222 -106.8025340847106473801 4250 Rio Grande 02S.01E.14.221 OJO PARID 34.1425 -106.8025340738106525101 19671005 9.5 4250 4240.5 Rio Grande 107 02S.01E.19.120 34.127222 -106.8808340724106524001 19660301 40 4250 4210.0 Rio Grande 02S.01E.19.233 34.123333 -106.8778340706106525701 4250 Rio Grande 02S.01E.19.300 34.118333 -106.8825340713106525801 19520501 3 4250 4247.0 Rio Grande 13 02S.01E.19.321 34.120278 -106.8828340706106490301 4250 Rio Grande 02S.01E.23.331 34.118333 -106.8175340644106184301 4250 02S.01E.26.121 34.112222 -106.3119340646106485101 4250 Rio Grande 02S.01E.26.123 UNNAMED S 34.112778 -106.8142340629106491701 4250 Rio Grande 02S.01E.27.243 34.108056 -106.8214340629106491001 4250 Rio Grande 02S.01E.27.243 OJO AMADO 34.108056 -106.8194340604106520301 19670923 45 4250 4205.0 Rio Grande 96 02S.01E.29.330 34.101111 -106.8675340639106530201 19510101 10 4250 4240.0 Rio Grande 95 02S.01E.30.132 34.110833 -106.8839 2700b

340639106522601 19520501 5 4250 4245.0 Rio Grande 13 02S.01E.30.241 34.110833 -106.8739340512106524601 19520501 8 4250 4242.0 Rio Grande 63 02S.01E.31.344 34.086667 -106.8794340520106520201 19660301 26 4250 4224.0 Rio Grande 02S.01E.32.332 34.088889 -106.8672





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340933106541601 4250 Rio Grande 02S.01W.01.333 34.159167 -106.9044340940106535001 4250 Rio Grande 02S.01W.01.342 34.161111 -106.8972341010106550501 19771003 40 4250 4210.0 Rio Grande 80 02S.01W.02.100 34.169444 -106.9181 30b

341012106545401 19850204 16.43 4250 4233.6 Rio Grande 02S.01W.02.124 34.17 -106.915341012106545401 19900131 16.41 4250 4233.6 Rio Grande 02S.01W.02.124 34.17 -106.915341012106545401 19950213 16.23 4250 4233.8 Rio Grande 02S.01W.02.124 34.17 -106.915340944106550501 19780805 80 4250 4170.0 Rio Grande 141 02S.01W.02.300 34.162222 -106.9181 50b

340943106550301 4250 Rio Grande 02S.01W.02.300+DUP 34.161944 -106.9175340935106545501 4250 Rio Grande 02S.01W.02.344A 34.159722 -106.9153340943106543101 4250 Rio Grande 02S.01W.02.400 34.161944 -106.9086340948106544701 4250 Rio Grande 02S.01W.02.413 34.163333 -106.9131340935106544001 4250 Rio Grande 02S.01W.02.434 34.159722 -106.9111340936106542201 4250 Rio Grande 02S.01W.02.444 34.16 -106.9061340924106554901 19781128 167 4250 4083.0 Rio Grande 202 02S.01W.10.211 34.156667 -106.9303 30b

340927106553501 4250 Rio Grande 02S.01W.10.221 LEWARK WE 34.1575 -106.9264340926106551801 19720428 140 4250 4110.0 Rio Grande 180 02S.01W.11.111 34.157222 -106.9217340920106550901 4250 Rio Grande 02S.01W.11.114 34.155556 -106.9192340920106545501 4250 Rio Grande 02S.01W.11.124 34.155556 -106.9153340911106543101 4250 Rio Grande 02S.01W.11.200 34.153056 -106.9086340920106544701 4250 Rio Grande 02S.01W.11.213 34.155556 -106.9131340924106542201 4250 Rio Grande 02S.01W.11.222 34.156667 -106.9061 5c

340915106542901 4250 Rio Grande 02S.01W.11.241 34.154167 -106.9081340914106542001 19540101 25 4250 4225.0 Rio Grande 70 02S.01W.11.242 34.153889 -106.9056 4c

340906106540601 4250 Rio Grande 02S.01W.11.243 SIDWELL W 34.151667 -106.9017340907106542001 4250 Rio Grande 02S.01W.11.244 34.151944 -106.9056340844106551301 19721025 143 4250 4107.0 Rio Grande 181 02S.01W.11.330 34.145556 -106.9203 25b

340852106543301 4250 Rio Grande 02S.01W.11.400 34.147778 -106.9092340858106542501 19800707 223 4250 4027.0 Rio Grande 250 02S.01W.11.420 34.149444 -106.9069340855106540701 4250 Rio Grande 02S.01W.12.314 34.148611 -106.9019340859106534901 19510101 23 4250 4227.0 Rio Grande 02S.01W.12.322 34.149722 -106.8969340827106540001 19520501 26 4250 4224.0 Rio Grande 104 02S.01W.13.113 34.140833 -106.9340814106540801 4250 Rio Grande 02S.01W.13.134 34.137222 -106.9022340810106541601 4250 Rio Grande 02S.01W.13.311 34.136111 -106.9044 900c





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340825106543201 19620326 42 4250 4208.0 Rio Grande 250 02S.01W.14.200 34.140278 -106.9089 10b

340716106592401 4250 Rio Grande 02S.01W.19.312 34.121111 -106.99340710106585301 4250 Rio Grande 02S.01W.19.414 34.119444 -106.9814340730106560301 4250 Rio Grande 02S.01W.22.141 34.125 -106.9342340737106541201 19790315 30 4250 4220.0 Rio Grande 105 02S.01W.24.110 34.126944 -106.9033 50b

340743106540001 4250 Rio Grande 02S.01W.24.121 34.128611 -106.9340710106532501 4250 Rio Grande 02S.01W.24.423 34.119444 -106.8903340705106534001 4250 Rio Grande 02S.01W.24.431 34.118056 -106.8944340650106535001 4250 Rio Grande 02S.01W.25.122 34.113889 -106.8972340640106533001 4250 Rio Grande 02S.01W.25.200 34.111111 -106.8917340613106540001 4250 Rio Grande 02S.01W.25.300A 34.103611 -106.9340613106540002 4250 Rio Grande 02S.01W.25.300B 34.103611 -106.9340620106535901 4250 Rio Grande 02S.01W.25.323 34.105556 -106.8997340619106535001 19630201 25 4250 4225.0 Rio Grande 47 02S.01W.25.324 34.105278 -106.8972340611106535801 4250 Rio Grande 02S.01W.25.341 34.103056 -106.8994340611106535101 4250 Rio Grande 02S.01W.25.342 34.103056 -106.8975340604106535101 4250 Rio Grande 02S.01W.25.344 34.101111 -106.8975340600106561501 4250 Rio Grande 02S.01W.25.344 LITTLE SH 34.1 -106.9375340619106551301 19620830 20 4250 4230.0 Rio Grande 150 02S.01W.26.310 34.105278 -106.9203340607106551201 19600604 144 4250 4106.0 Rio Grande 200 02S.01W.26.330 34.101944 -106.92340602106584401 4250 Rio Grande 02S.01W.30.443 34.100556 -106.9789340523106592401 4250 Rio Grande 02S.01W.31.314 34.089722 -106.99340547106543201 4250 Rio Grande 02S.01W.35.200 34.096389 -106.9089340422106543002 4250 Rio Grande 02S.01W.35.400 34.0875 -106.9083340600106541401 4250 Rio Grande 02S.01W.36.111 34.1 -106.9039340538106540501 4250 Rio Grande 02S.01W.36.134 34.093889 -106.9014340545106535001 4250 Rio Grande 02S.01W.36.142 34.095833 -106.8972340534106535401 4250 Rio Grande 02S.01W.36.1434 LUCAS GA 34.092778 -106.8983340553106533501 4250 Rio Grande 62 02S.01W.36.214 34.098056 -106.8931340533106540801 4250 Rio Grande 02S.01W.36.312 34.0925 -106.9022340527106540401 4250 Rio Grande 90 02S.01W.36.314 34.090833 -106.9011340525106535901 4250 Rio Grande 02S.01W.36.323 SAAVEDRA 34.090278 -106.8997340511106534301 19850206 15.49 4250 4234.5 Rio Grande 02S.01W.36.433 34.086389 -106.8953





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340511106534301 19860113 15.14 4250 4234.9 Rio Grande 02S.01W.36.433 34.086389 -106.8953340511106534301 19870319 15.2 4250 4234.8 Rio Grande 02S.01W.36.433 34.086389 -106.8953340511106534301 19880115 15.05 4250 4235.0 Rio Grande 02S.01W.36.433 34.086389 -106.8953340511106534301 19890307 15.22 4250 4234.8 Rio Grande 02S.01W.36.433 34.086389 -106.8953340511106534301 19890915 14.99 4250 4235.0 Rio Grande 02S.01W.36.433 34.086389 -106.8953340511106534301 19900126 15.12 4250 4234.9 Rio Grande 02S.01W.36.433 34.086389 -106.8953340511106534301 19910207 15.11 4250 4234.9 Rio Grande 02S.01W.36.433 34.086389 -106.8953340511106534301 19910717 14.58 4250 4235.4 Rio Grande 02S.01W.36.433 34.086389 -106.8953340511106534301 19920203 14.68 4250 4235.3 Rio Grande 02S.01W.36.433 34.086389 -106.8953340511106534301 19930202 14.97 4250 4235.0 Rio Grande 02S.01W.36.433 34.086389 -106.8953340511106534301 19950206 14.8 4250 4235.2 Rio Grande 02S.01W.36.433 34.086389 -106.8953340511106534301 19970128 15.32 4250 4234.7 Rio Grande 02S.01W.36.433 34.086389 -106.8953341024106440601 4250 Rio Grande 10 02S.02E.03.111 BACA WELL 34.173333 -106.735341014106450810 4250 Rio Grande 02S.02E.05.223 34.170556 -106.7522340932106464801 4250 Rio Grande 160 02S.02E.06.334 PARIDA WE 34.158889 -106.78340925106465001 19500127 11.8 4250 4238.2 Rio Grande 02S.02E.07.112 34.156944 -106.7806340904106424401 4250 Rio Grande 02S.02E.11.311 GALLINA W 34.151111 -106.7122340727106415401 4250 Rio Grande 02S.02E.23.241 BUSTOS WE 34.124167 -106.6983340630106460701 4250 Rio Grande 02S.02E.30.234 OJO DEL R 34.108333 -106.7686340535106434201 19850204 33.35 4250 4216.7 Rio Grande 102 02S.02E.34.134 34.093056 -106.7283340535106434201 19900130 45.3 4250 4204.7 Rio Grande 102 02S.02E.34.134 34.093056 -106.7283340535106434201 19900131 45.3 4250 4204.7 Rio Grande 102 02S.02E.34.134 34.093056 -106.7283340535106434201 19950206 36.17 4250 4213.8 Rio Grande 102 02S.02E.34.134 34.093056 -106.7283340853107052301 19600601 150 4250 4100.0 La Jencia 150 02S.02W.07.324 34.148056 -107.0897340835107053501 19600601 144 4250 4106.0 La Jencia 150 02S.02W.18.112 34.143056 -107.0931340808107053101 19670801 118 4250 4132.0 La Jencia 02S.02W.18.321 34.135556 -107.0919340720107044901 19620701 121 4250 4129.0 La Jencia 160 02S.02W.19.422 34.122222 -107.0803340720107044901 196708 122 4250 4128.0 La Jencia 160 02S.02W.19.422 34.122222 -107.0803340230107044501 4250 La Jencia 02S.02W.20.116 34.041667 -107.0792340714107044601 19620701 131 4250 4119.0 La Jencia 160 02S.02W.20.311 34.120556 -107.0794340656107034101 19620701 156 4250 4094.0 La Jencia 181 02S.02W.21.333 34.115556 -107.0614340520107020001 19600601 100 4250 4150.0 La Jencia 134 02S.02W.34.432 34.088889 -107.0333340532107012101 19620701 24 4250 4226.0 La Jencia 02S.02W.35.321 34.092222 -107.0225





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340524107011801 19600601 22 4250 4228.0 La Jencia 02S.02W.35.323 34.09 -107.0217340526107011001 4250 La Jencia 02S.02W.35.324 34.090556 -107.0194340525107011301 4250 La Jencia 02S.02W.35.324 SNAKE RAN 34.090278 -107.0203340510107013001 4250 La Jencia 02S.02W.35.333 34.086111 -107.025340525107011501 4250 La Jencia 02S.02W.35.342 34.090278 -107.0208340627106370601 4250 325 02S.03E.27.114 WILD HORS 34.1075 -106.6183340623106370201 19820530 289 4250 3961.0 326 02S.03E.27.411 34.106389 -106.6172 20b

340515106352801 4250 02S.03E.36.331 NEW WELL 34.0875 -106.5911340949107063901 19670801 175 4250 4075.0 La Jencia 02S.03W.01.312 34.163611 -107.1108340950107062001 4250 La Jencia 02S.03W.01.322 34.163889 -107.1056340839107113701 19620701 204 4250 4046.0 02S.03W.07.344 34.144167 -107.1936340840107112501 4250 02S.03W.07.433 34.144444 -107.1903340840107074801 19670801 244 4250 4006.0 La Jencia 02S.03W.11.333 34.144444 -107.13340820107103601 19670801 473 4250 3777.0 La Jencia 02S.03W.17.142 34.138889 -107.1767340741107085101 19620701 312 4250 3938.0 La Jencia 02S.03W.22.111 34.128056 -107.1475340738107081301 4250 La Jencia 02S.03W.22.114 34.127222 -107.1369340721107070401 19620701 205 4250 4045.0 La Jencia 02S.03W.23.243 34.1225 -107.1178340715107061501 19600601 158 4250 4092.0 La Jencia 160 02S.03W.24.411 34.120833 -107.1042340630107064701 19560123 230 4250 4020.0 La Jencia 280 02S.03W.25.133 34.108333 -107.1131340643107080601 19600601 347 4250 3903.0 La Jencia 420 02S.03W.27.223 34.111944 -107.135340635107081401 19620701 348 4250 3902.0 La Jencia 02S.03W.27.232 34.109722 -107.1372340518107114801 4250 02S.03W.31.332 34.088333 -107.1967340845107124501 4250 02S.04W.12.341 34.145833 -107.2125340750107123001 4250 02S.04W.13.433 34.130556 -107.2083340748107122001 19600601 155 4250 4095.0 02S.04W.13.434 34.13 -107.2056340823107145201 4250 02S.04W.15.100 34.139722 -107.2478340738107155201 4250 02S.04W.21.111 P. SPRING 34.127222 -107.2644340707107142001 19630501 180 4250 4070.0 190 02S.04W.22.434 34.118611 -107.2389 25b,c

340715107135001 19600601 138 4250 4112.0 150 02S.04W.23.321 34.120833 -107.2306340740107122901 19670801 188 4250 4062.0 02S.04W.24.211 34.127778 -107.2081340659107125901 19670701 66 4250 4184.0 730 02S.04W.24.333 34.116389 -107.2164340631107132501 19670701 131 4250 4119.0 140 02S.04W.26.230 34.108611 -107.2236340615107140101 19620810 78.55 4250 4171.5 136 02S.04W.26.313 34.104167 -107.2336





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340602107140001 19600601 59 4250 4191.0 125 02S.04W.26.333 34.100556 -107.2333340611107135801 4250 240 02S.04W.26.342 PRICKETT 34.103056 -107.2328340603107140101 4250 180 02S.04W.26.344 BLOMQUIST 34.100833 -107.2336340614107130801 19670701 85 4250 4165.0 166 02S.04W.26.424 34.103889 -107.2189340646107150501 19600601 118 4250 4132.0 140 02S.04W.27.111 34.112778 -107.2514340646107141801 19600601 184 4250 4066.0 190 02S.04W.27.221 34.112778 -107.2383340555107135501 19510101 60 4250 4190.0 134 02S.04W.35.110 34.098611 -107.2319 10c

340555106261301 19850207 246.43 4250 4003.6 02S.05E.32.222 34.098611 -106.4369340555106261301 19900131 245.22 4250 4004.8 02S.05E.32.222 34.098611 -106.4369340555106261301 19950207 262.49 4250 3987.5 02S.05E.32.222 34.098611 -106.4369340652107222401 19790425 132.04 4250 4118.0 02S.05W.20.444 34.114444 -107.3733340635107200201 4250 02S.05W.26.100 34.109722 -107.3339340543107232401 19790425 376.91 4250 3873.1 02S.05W.32.113 34.095278 -107.39340900107285201 19790425 174.47 4250 4075.5 02S.06W.08.232 34.15 -107.4811340841107273101 19790425 176.25 4250 4073.8 02S.06W.09.424 34.144722 -107.4586340654107284201 19771214 109.5 4250 4140.5 02S.06W.20.441 34.115 -107.4783340654107284202 19790420 121.8 4250 4128.2 02S.06W.20.441A 34.115 -107.4783340711107253001 19790425 440 4250 3810.0 02S.06W.23.243 34.119722 -107.425340741106143801 19840707 438 4250 3812.0 620 02S.07E.20.111 34.128056 -106.2439 3-4b

340605106104201 19560126 748.6 4250 3501.4 02S.07E.25.300 34.101389 -106.1783340833107315601 19790420 340 4250 3910.0 02S.07W.11.431 34.1425 -107.5322340827107303001 19790420 373.8 4250 3876.2 02S.07W.12.444 34.140833 -107.5083340827107303001 19910212 373.73 4250 3876.3 02S.07W.12.444 34.140833 -107.5083340805107353701 19771214 180.25 4250 4069.8 02S.07W.17.133 34.134722 -107.5936340805107353701 19910212 181.34 4250 4068.7 02S.07W.17.133 34.134722 -107.5936340805107353701 19920217 180.19 4250 4069.8 02S.07W.17.133 34.134722 -107.5936340805107353701 19930222 181.94 4250 4068.1 02S.07W.17.133 34.134722 -107.5936340805107353701 19940228 180.8 4250 4069.2 02S.07W.17.133 34.134722 -107.5936340805107353701 19950221 181 4250 4069.0 02S.07W.17.133 34.134722 -107.5936340805107353701 19960206 181.38 4250 4068.6 02S.07W.17.133 34.134722 -107.5936340805107353701 19970219 177.85 4250 4072.2 02S.07W.17.133 34.134722 -107.5936340805107353701 19980211 181.48 4250 4068.5 02S.07W.17.133 34.134722 -107.5936340805107353701 20010206 180.79 4250 4069.2 02S.07W.17.133 34.134722 -107.5936





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340602107323101 4250 02S.07W.27.444 WARM WELL 34.100556 -107.5419340627107354401 19790510 157.75 4250 4092.3 02S.07W.30.242 34.1075 -107.5956340543107373901 19790510 160.9 4250 4089.1 02S.07W.31.113 34.095278 -107.6275340604106071001 19560126 755 4250 3495.0 02S.08E.29.443 34.101111 -106.1194341001107421501 19980706 260 4250 3990.0 380 02S.08W.06.214 34.166944 -107.7042341001107421501 20010206 259.55 4250 3990.5 380 02S.08W.06.214 34.166944 -107.7042340933107424501 19800501 276.62 4250 3973.4 02S.08W.06.314 34.159167 -107.7125340929107422301 19751115 267.93 4250 3982.1 02S.08W.06.431 34.158056 -107.7064340929107422301 19800430 268.92 4250 3981.1 02S.08W.06.431 34.158056 -107.7064340915107422801 19781115 267.93 4250 3982.1 360 02S.08W.06.433 34.154167 -107.7078340915107422801 19790215 268.08 4250 3981.9 360 02S.08W.06.433 34.154167 -107.7078340915107422801 19800116 267.59 4250 3982.4 360 02S.08W.06.433 34.154167 -107.7078340915107422801 19800923 267.66 4250 3982.3 360 02S.08W.06.433 34.154167 -107.7078340915107422801 19900130 272.68 4250 3977.3 360 02S.08W.06.433 34.154167 -107.7078340828107423101 19800501 279 4250 3971.0 02S.08W.07.344 34.141111 -107.7086340740107373601 19790523 184 4250 4066.0 02S.08W.13.330 34.127778 -107.6267340656107401401 4250 02S.08W.21.413 34.115556 -107.6706340549107374901 19790509 167.79 4250 4082.2 02S.08W.35.222 34.096944 -107.6303341218106552202 4250 Rio Grande 88 03010122442A 34.205 -106.9228340933106543501 4250 Rio Grande 60 3020102434 34.159167 -106.9097340634107142001 4250 340 3020427241 34.109444 -107.2389340341106534801 4250 Rio Grande 200 3030112324 34.061389 -106.8967343103106482701 19840703 92 4250 4158.0 Rio Grande 249 03N.01E.02.23 34.5175 -106.8075343028106523701 19700330 52 4250 4198.0 Rio Grande 212 03N.01E.06.433 34.507778 -106.8769342900106484701 19810424 60 4250 4190.0 Rio Grande 90 03N.01E.14.300 34.483333 -106.8131342911106504001 193911 334 4250 3916.0 Rio Grande 585 03N.01E.16.144 34.486389 -106.8444342911106504001 19391101 334 4250 3916.0 Rio Grande 585 03N.01E.16.144 34.486389 -106.8444342753106485501 19950411 9.74 4250 4240.3 Rio Grande 210 03N.01E.23.331 34.464722 -106.8153342733106472001 4250 Rio Grande 117 03N.01E.25.000 34.459167 -106.7889342623106493901 4250 Rio Grande 03N.01E.34.32 34.439722 -106.8275342630106492101 4250 Rio Grande 03N.01E.34.410 34.441667 -106.8225342629106493901 194806 20 4250 4230.0 Rio Grande 03N.01E.34.430A 34.441389 -106.8275342629106493901 19480601 20 4250 4230.0 Rio Grande 03N.01E.34.430A 34.441389 -106.8275





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342653106475801 19560427 6.42 4250 4243.6 Rio Grande 100 03N.01E.36.111 34.448056 -106.7994 1460b

342653106475801 19570131 6.38 4250 4243.6 Rio Grande 100 03N.01E.36.111 34.448056 -106.7994342653106475801 19580116 5.89 4250 4244.1 Rio Grande 100 03N.01E.36.111 34.448056 -106.7994342653106475801 19590128 5.81 4250 4244.2 Rio Grande 100 03N.01E.36.111 34.448056 -106.7994342653106475801 19600125 6.12 4250 4243.9 Rio Grande 100 03N.01E.36.111 34.448056 -106.7994343053106551801 4250 Rio Grande 440 03N.01W.02.311 34.514722 -106.9217342922106550301 19800529 113.82 4250 4136.2 Rio Grande 143 03N.01W.14.114 34.489444 -106.9175 1b

342922106550301 19850207 113.26 4250 4136.7 Rio Grande 143 03N.01W.14.114 34.489444 -106.9175342922106550301 19900124 114.22 4250 4135.8 Rio Grande 143 03N.01W.14.114 34.489444 -106.9175342922106550301 19950209 112.47 4250 4137.5 Rio Grande 143 03N.01W.14.114 34.489444 -106.9175342922106550301 20000203 112.37 4250 4137.6 Rio Grande 143 03N.01W.14.114 34.489444 -106.9175342802106572401 19800528 352 4250 3898.0 Rio Grande 405 03N.01W.21.332 34.467222 -106.9567342707106532202 19850207 34.45 4250 4215.6 Rio Grande 61 03N.01W.25.441 34.451944 -106.8894342707106532202 19860108 34.42 4250 4215.6 Rio Grande 61 03N.01W.25.441 34.451944 -106.8894342707106532202 19870319 34.8 4250 4215.2 Rio Grande 61 03N.01W.25.441 34.451944 -106.8894342707106532202 19880115 34.27 4250 4215.7 Rio Grande 61 03N.01W.25.441 34.451944 -106.8894342707106532202 19890921 34.57 4250 4215.4 Rio Grande 61 03N.01W.25.441 34.451944 -106.8894342707106532202 19900124 4250 Rio Grande 61 03N.01W.25.441 34.451944 -106.8894342707106532202 19910207 34.6 4250 4215.4 Rio Grande 61 03N.01W.25.441 34.451944 -106.8894342707106532202 19920206 34.37 4250 4215.6 Rio Grande 61 03N.01W.25.441 34.451944 -106.8894342707106532202 19930202 34.44 4250 4215.6 Rio Grande 61 03N.01W.25.441 34.451944 -106.8894342707106532202 19950208 34.43 4250 4215.6 Rio Grande 61 03N.01W.25.441 34.451944 -106.8894342707106532202 19970128 34.85 4250 4215.2 Rio Grande 61 03N.01W.25.441 34.451944 -106.8894342707106532202 20000203 34.4 4250 4215.6 Rio Grande 61 03N.01W.25.441 34.451944 -106.8894342707106532201 19491121 34.97 4250 4215.0 Rio Grande 70 03N.01W.25.444 34.451944 -106.8894342707106532201 19810130 35.26 4250 4214.7 Rio Grande 70 03N.01W.25.444 34.451944 -106.8894342609106583501 19491221 16.5 4250 4233.5 Rio Grande 03N.01W.31.440 34.435833 -106.9764342613106543701 19491121 173.92 4250 4076.1 Rio Grande 186 03N.01W.35.430 34.436944 -106.9103343048106425601 19561127 100 4250 4150.0 Rio Grande 163 03N.02E.03.312 34.513333 -106.7156 1330b

343117106444301 19561127 65.89 4250 4184.1 Rio Grande 03N.02E.04.121 34.521389 -106.7453 2000b

343112106441001 4250 03N.02E.04.210 34.52 -106.7361343024106443101 19920726 150 4250 4100.0 Rio Grande 350 03N.02E.09.11 34.506667 -106.7419342915106445001 19950123 152.45 4250 4097.6 Rio Grande 355 03N.02E.16.130 34.484722 -106.7436





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342853106454101 19811211 38 4250 4212.0 Rio Grande 170 03N.02E.17.332 34.481389 -106.7614 50b

342704106423401 19491207 243.81 4250 4006.2 Rio Grande 03N.02E.26.330 34.451111 -106.7094342740106432301 19800530 120.6 4250 4129.4 Rio Grande 380 03N.02E.27.123 34.461111 -106.7231342717106510401 198304 220 4250 4030.0 Rio Grande 250 03N.02E.28.311 34.454722 -106.8511342717106510401 19830401 220 4250 4030.0 Rio Grande 250 03N.02E.28.311 34.454722 -106.8511342717106510401 19830410 216.9 4250 4033.1 Rio Grande 250 03N.02E.28.311 34.454722 -106.8511342719106511901 4250 Rio Grande 385 03N.02E.29.421 34.455278 -106.8553342728106462401 19490901 21.47 4250 4228.5 Rio Grande 03N.02E.30.230 34.457778 -106.7733342607106464301 4250 Rio Grande 03N.02E.31.331 34.435278 -106.7786342608106464701 19951207 20 4250 4230.0 Rio Grande 258 03N.02E.31.333 34.435556 -106.7797342607106461901 19800611 100 4250 4150.0 Rio Grande 03N.02E.31.431 34.435278 -106.7719342650106430301 19800530 177.95 4250 4072.1 Rio Grande 320 03N.02E.33.222 34.447222 -106.7175342844107011201 19500106 26.65 4250 4223.4 Rio Grande 03N.02W.14.332 34.478889 -107.02343153107022401 19500106 18.43 4250 4231.6 Rio Grande 03N.02W.22.343 34.463333 -107.04 2.5b

342742107012601 4250 Rio Grande 03N.02W.26.112 34.461667 -107.0239342914106371901 4250 Rio Grande 03N.03E.15.131 34.487222 -106.6219342900106380201 4250 Rio Grande 03N.03E.16.410 34.483333 -106.6339342826106392001 4250 Rio Grande 03N.03E.20. 34.473889 -106.6556342624106384201 19800612 379.35 4250 3870.7 Rio Grande 03N.03E.32.310 34.44 -106.645 10b

342947107064901 4250 Rio Grande 03N.03W.12.313 34.496389 -107.1136342934107060401 4250 Rio Grande 630 03N.03W.12.443 34.492778 -107.1011342801107105401 4250 03N.03W.20.314 34.466944 -107.1817342717107060201 4250 03N.03W.25.412 BOUNDARY 34.454722 -107.1006342605107063001 4250 03N.03W.36.344 SECT 25 S 34.434722 -107.1083342723106312001 19800530 171.35 4250 4078.7 Rio Grande 192 03N.04E.28.244 34.456389 -106.5222343033107152901 4250 03N.04W.04.414 34.509167 -107.2581343012107151501 4250 03N.04W.09.223 34.503333 -107.2542342943107230401 4250 03N.05W.08.342 34.495278 -107.3844343117107281801 19810605 94.35 4250 4155.7 100 03N.06W.04.211 34.521389 -107.4717343114107281401 19810605 21.18 4250 4228.8 25 03N.06W.04.211A 34.520556 -107.4706342739107265501 4250 03N.06W.27.220 34.460833 -107.4486342722107281701 4250 03N.06W.28. 34.456111 -107.4714342736107284001 19560814 162 4250 4088.0 03N.06W.28.114 34.46 -107.4778





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342638107261801 4250 03N.06W.35.142 34.443889 -107.4383343116107324801 19810520 293.47 4250 3956.5 330 03N.07W.02.112 34.521111 -107.5467 2.5b

342948107335501 19810603 166.29 4250 4083.7 242 03N.07W.10.313 34.496667 -107.5653 20b

342902107311201 19540330 73.27 4250 4176.7 03N.07W.13.412 34.483889 -107.52 17b

342902107311201 19850917 73.45 4250 4176.6 03N.07W.13.412 34.483889 -107.52342821107362401 4250 175 03N.07W.19.221 34.4725 -107.6067342802107313001 19750814 18.76 4250 4231.2 03N.07W.24.314 34.467222 -107.525342802107313001 19850917 18.7 4250 4231.3 03N.07W.24.314 34.467222 -107.525343003107392701 19810520 75.02 4250 4175.0 136 03N.08W.10.243 34.500833 -107.6575 5.3b

342615107372101 19810602 29.29 4250 4220.7 42 03N.08W.36.441 34.4375 -107.6225340437106510001 19630301 110 4250 4140.0 Rio Grande 03S.01E.04.314 34.076944 -106.85340436106523801 4250 Rio Grande 03S.01E.06.000 34.076667 -106.8772340504106525301 19520501 5 4250 4245.0 Rio Grande 8 03S.01E.06.121 34.084444 -106.8814340437106522301 19660301 8 4250 4242.0 Rio Grande 03S.01E.06.421 34.076944 -106.8731340340106530901 19590101 8 4250 4242.0 Rio Grande 03S.01E.07.313 34.061111 -106.8858340338106531101 4250 Rio Grande 03S.01E.07.314 34.060556 -106.8864340255106510401 4250 Rio Grande 112 03S.01E.16.311 34.048611 -106.8511340247106520801 19660301 13 4250 4237.0 Rio Grande 120 03S.01E.17.313 34.046389 -106.8689340300106530901 19660301 15 4250 4235.0 Rio Grande 100 03S.01E.18.133 34.05 -106.8858 2000b

340258106524801 19510101 8 4250 4242.0 Rio Grande 85 03S.01E.18.144 34.049444 -106.88340236106524701 19620601 7 4250 4243.0 Rio Grande 03S.01E.18.344 34.043333 -106.8797340221106524901 19590301 20 4250 4230.0 Rio Grande 90 03S.01E.19.124 34.039167 -106.8803340210106524701 19590301 15 4250 4235.0 Rio Grande 113 03S.01E.19.144 34.036111 -106.8797340147106513801 4250 Rio Grande 03S.01E.20.400 34.029722 -106.8606340204106511201 19660301 64 4250 4186.0 Rio Grande 150 03S.01E.20.422 34.034444 -106.8533 1000b

340224106485201 4250 Rio Grande 03S.01E.23.11 PUEBLITO W 34.04 -106.8144340122106473301 19830330 30 4250 4220.0 Rio Grande 60 03S.01E.25.142 34.022778 -106.7925 20b

340129106520001 19660301 9 4250 4241.0 Rio Grande 03S.01E.29.114 34.024722 -106.8667340124106525201 4250 Rio Grande 03S.01E.30.100 34.023333 -106.8811340058106522301 4250 Rio Grande 03S.01E.30.400 34.016111 -106.8731340039106524701 19630201 8 4250 4242.0 Rio Grande 75 03S.01E.31.124 34.010833 -106.8797340448106535701 4250 Rio Grande 03S.01W.01.100A 34.08 -106.8992340448106535702 4250 Rio Grande 03S.01W.01.100B 34.08 -106.8992





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340502106535601 4250 Rio Grande 250 03S.01W.01.121 34.083889 -106.8989340505106534501 4250 Rio Grande 03S.01W.01.122 34.084722 -106.8958340506106532601 19650301 10 4250 4240.0 Rio Grande 30 03S.01W.01.221 34.085 -106.8906340423106532501 4250 Rio Grande 03S.01W.01.400 34.073056 -106.8903340450106543001 4250 Rio Grande 03S.01W.02.241A 34.080556 -106.9083340422106550001 4250 Rio Grande 03S.01W.02.300A 34.072778 -106.9167340422106550002 4250 Rio Grande 03S.01W.02.300B 34.072778 -106.9167340422106543001 4250 Rio Grande 03S.01W.02.400 34.072778 -106.9083340430106544001 4250 Rio Grande 03S.01W.02.414A 34.075 -106.9111340417106543701 4250 Rio Grande 03S.01W.02.430 34.071389 -106.9103340420106543501 4250 Rio Grande 03S.01W.02.432 34.072222 -106.9097340418106543301 4250 Rio Grande 03S.01W.02.443 34.071667 -106.9092340419106560101 19660301 70 4250 4180.0 Rio Grande 03S.01W.03.344 34.071944 -106.9336340410106563501 19660301 54 4250 4196.0 Rio Grande 03S.01W.09.222 34.069444 -106.9431340357106552401 4250 Rio Grande 03S.01W.10.200 34.065833 -106.9233340348106553401 19660301 148 4250 4102.0 Rio Grande 185 03S.01W.10.243 34.063333 -106.9261 100b

340356106550001 4250 Rio Grande 03S.01W.11.100 34.065556 -106.9167340405106551201 4250 Rio Grande 03S.01W.11.114 34.068056 -106.92340400106550501 4250 Rio Grande 03S.01W.11.132 34.066667 -106.9181340352106551401 4250 Rio Grande 03S.01W.11.133 34.064444 -106.9206340403106544501 4250 Rio Grande 03S.01W.11.200 34.0675 -106.9125340355106543001 4250 Rio Grande 03S.01W.11.200+DUP 34.065278 -106.9083340412106544101 19660801 74 4250 4176.0 Rio Grande 120 03S.01W.11.211 34.07 -106.9114 350b

340413106543501 19651101 54 4250 4196.0 Rio Grande 117 03S.01W.11.212 34.070278 -106.9097 400c

340406106543201 19510101 90 4250 4160.0 Rio Grande 112 03S.01W.11.214 34.068333 -106.9089340358106542801 4250 Rio Grande 03S.01W.11.242 34.066111 -106.9078340330106550101 4250 Rio Grande 03S.01W.11.300 34.058333 -106.9169340340106550501 4250 Rio Grande 03S.01W.11.314A 34.061111 -106.9181340340106550502 4250 Rio Grande 03S.01W.11.314B 34.061111 -106.9181340340106551201 4250 Rio Grande 03S.01W.11.332A 34.061111 -106.92340340106551202 4250 Rio Grande 03S.01W.11.332B 34.061111 -106.92340326106545601 4250 Rio Grande 03S.01W.11.344 34.057222 -106.9156340330106542901 4250 Rio Grande 03S.01W.11.400 34.058333 -106.9081





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340347106543101 4250 Rio Grande 03S.01W.11.421 34.063056 -106.9086340355106532401 4250 Rio Grande 03S.01W.12.200 34.065278 -106.89340340106534701 19510101 30 4250 4220.0 Rio Grande 197 03S.01W.12.324 34.061111 -106.8964340334106540201 4250 Rio Grande 03S.01W.12.332 BLM-SOCOR 34.059444 -106.9006340320106534901 4250 Rio Grande 03S.01W.13.122 34.055556 -106.8969340316106535101 4250 Rio Grande 03S.01W.13.124 34.054444 -106.8975340319106533501 4250 Rio Grande 03S.01W.13.212 34.055278 -106.8931340317106534501 19510101 50 4250 4200.0 Rio Grande 117 03S.01W.13.213 34.054722 -106.8958340300106532701 4250 Rio Grande 03S.01W.13.243A 34.05 -106.8908340237106535801 4250 Rio Grande 03S.01W.13.300 34.043611 -106.8994340255106541301 19660301 119 4250 4131.0 Rio Grande 140 03S.01W.13.311 34.048611 -106.9036340237106532401 4250 Rio Grande 03S.01W.13.400A 34.043611 -106.89340237106532402 4250 Rio Grande 03S.01W.13.400B 34.043611 -106.89340253106534101 4250 Rio Grande 03S.01W.13.411 34.048056 -106.8947340257106542401 4250 Rio Grande 03S.01W.13.422 34.049167 -106.9067340320106544901 4250 Rio Grande 03S.01W.14.122 34.055556 -106.9136340318106542501 4250 Rio Grande 03S.01W.14.221 34.055 -106.9069340239106540501 4250 Rio Grande 03S.01W.14.244 34.044167 -106.9014340237106550001 4250 Rio Grande 03S.01W.14.300 34.043611 -106.9167340254106551601 4250 Rio Grande 03S.01W.14.311 34.048333 -106.9211340237106543001 4250 Rio Grande 03S.01W.14.400A 34.043611 -106.9083340237106543002 4250 Rio Grande 03S.01W.14.400B 34.043611 -106.9083340258106545901 19750916 165.5 4250 4084.5 Rio Grande 200 03S.01W.14.4112 34.049444 -106.9164340258106545901 19770228 166.39 4250 4083.6 Rio Grande 200 03S.01W.14.4112 34.049444 -106.9164340258106545901 19790208 164.94 4250 4085.1 Rio Grande 200 03S.01W.14.4112 34.049444 -106.9164340258106545901 19800220 165.1 4250 4084.9 Rio Grande 200 03S.01W.14.4112 34.049444 -106.9164340258106545901 19810309 163.61 4250 4086.4 Rio Grande 200 03S.01W.14.4112 34.049444 -106.9164340258106545901 19820330 167.94 4250 4082.1 Rio Grande 200 03S.01W.14.4112 34.049444 -106.9164340258106545901 19850205 163.38 4250 4086.6 Rio Grande 200 03S.01W.14.4112 34.049444 -106.9164340255106542501 4250 Rio Grande 03S.01W.14.421 34.048611 -106.9069340306106562001 4250 Rio Grande 03S.01W.15.131 SMITH WEL 34.051667 -106.9389340312106553401 4250 Rio Grande 03S.01W.15.200 34.053333 -106.9261340239106560601 4250 Rio Grande 03S.01W.15.300 34.044167 -106.935





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340254106561601 4250 Rio Grande 03S.01W.15.3114 34.048333 -106.9378340248106570301 4250 Rio Grande 03S.01W.16.323 34.046667 -106.9508 20b,c

340250106564701 19790409 23 4250 4227.0 Rio Grande 80 03S.01W.16.410 34.047222 -106.9464 30b

340250106544501 4250 Rio Grande 03S.01W.21.000 34.047222 -106.9125340218106571101 19751031 55 4250 4195.0 Rio Grande 125 03S.01W.21.100 34.038333 -106.9531 100b

340230106561801 4250 Rio Grande 03S.01W.22.111 34.041667 -106.9383340226106561801 4250 Rio Grande 03S.01W.22.112 SOCORRO S 34.041111 -106.9375340216106561901 4250 Rio Grande 03S.01W.22.1131 34.037778 -106.9386340223106562301 4250 Rio Grande 03S.01W.22.131 SEDILLO S 34.039722 -106.9397340204106545001 19610315 230 4250 4020.0 Rio Grande 302 03S.01W.23.000 34.034444 -106.9139340203106550701 19850205 261.22 4250 3988.8 Rio Grande 03S.01W.23.312 34.034167 -106.9186340203106550701 19860113 262.19 4250 3987.8 Rio Grande 03S.01W.23.312 34.034167 -106.9186340203106550701 19880115 260.69 4250 3989.3 Rio Grande 03S.01W.23.312 34.034167 -106.9186340203106550701 19890921 263.25 4250 3986.8 Rio Grande 03S.01W.23.312 34.034167 -106.9186340203106550701 19900126 261.4 4250 3988.6 Rio Grande 03S.01W.23.312 34.034167 -106.9186340203106550701 19910207 261.58 4250 3988.4 Rio Grande 03S.01W.23.312 34.034167 -106.9186340203106550701 19910717 261.47 4250 3988.5 Rio Grande 03S.01W.23.312 34.034167 -106.9186340203106550701 19920204 261.14 4250 3988.9 Rio Grande 03S.01W.23.312 34.034167 -106.9186340203106550701 19930203 260.79 4250 3989.2 Rio Grande 03S.01W.23.312 34.034167 -106.9186340203106550701 19950206 261.11 4250 3988.9 Rio Grande 03S.01W.23.312 34.034167 -106.9186340203106550701 19970128 261.85 4250 3988.2 Rio Grande 03S.01W.23.312 34.034167 -106.9186340203106550701 20010315 261.29 4250 3988.7 Rio Grande 03S.01W.23.312 34.034167 -106.9186340154106541801 4250 Rio Grande 03S.01W.23.424 34.030833 -106.905340210106532201 4250 Rio Grande 03S.01W.24.200 34.036111 -106.8894340142106532401 4250 Rio Grande 03S.01W.24.400A 34.028333 -106.89340142106532402 4250 Rio Grande 03S.01W.24.400B 34.028333 -106.89340128106534301 4250 Rio Grande 03S.01W.25.200 34.024444 -106.8953340122106533501 19621101 186 4250 4064.0 Rio Grande 220 03S.01W.25.233 34.022778 -106.8931340111106551501 19510101 370 4250 3880.0 Rio Grande 440 03S.01W.26.311 34.019722 -106.9208 100b

340133106554401 19571003 131 4250 4119.0 Rio Grande 160 03S.01W.27.210 34.025833 -106.9289340100106560601 4250 Rio Grande 03S.01W.27.300 34.016667 -106.935340100106560001 4250 Rio Grande 03S.01W.27.300A 34.016667 -106.9333340100106560002 4250 Rio Grande 03S.01W.27.300B 34.016667 -106.9333





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340058106561101 19611110 340 4250 3910.0 Rio Grande 546 03S.01W.27.332 34.016111 -106.9364340028106573501 4250 Rio Grande 03S.01W.32.240 34.007778 -106.9597340029106572401 19560116 13.02 4250 4237.0 Rio Grande 03S.01W.33.130 34.008056 -106.9567340025106570901 4250 Rio Grande 03S.01W.33.143 SEDILLO A 34.006944 -106.9525340024106570001 4250 Rio Grande 03S.01W.33.144 34.006667 -106.95340040106541101 4250 Rio Grande 03S.01W.36.113 BURRIS WE 34.011111 -106.9031340344106445701 4250 Rio Grande 03S.02E.08.422 TREMENTIN 34.062222 -106.7492340152106463801 4250 Rio Grande 03S.02E.19.314 34.031111 -106.7772340040106464601 4250 Rio Grande 03S.02E.31.11 OWL WELL 34.011111 -106.7794340430107001601 4250 Rio Grande 03S.02W.01.323 34.075 -107.0044340341107035701 4250 La Jencia 03S.02W.08.423 34.061389 -107.0658340340107035001 19600601 355 4250 3895.0 La Jencia 400 03S.02W.08.424 34.061111 -107.0639340248107035801 19600601 380 4250 3870.0 La Jencia 400 03S.02W.17.423 34.046667 -107.0661340229107044501 19600601 440 4250 3810.0 La Jencia 540 03S.02W.20.111 34.041389 -107.0792340220107011501 19770801 112 4250 4138.0 Rio Grande 173 03S.02W.23.123 34.038889 -107.0208340210107011101 4250 Rio Grande 100 03S.02W.23.144 34.036111 -107.0197340143107003801 19510101 50 4250 4200.0 Rio Grande 100 03S.02W.23.444 34.028611 -107.0106340141107011001 19510101 30 4250 4220.0 Rio Grande 310 03S.02W.23.444A 34.028056 -107.0194340140107003301 4250 Rio Grande 03S.02W.25.111 34.027778 -107.0092340139107003101 19620717 124 4250 4126.0 Rio Grande 03S.02W.25.111+DUP 34.0275 -107.0086340138106595001 19660401 28 4250 4222.0 Rio Grande 03S.02W.25.212 34.027222 -106.9972340050106595201 4250 Rio Grande 03S.02W.25.443 34.013889 -106.9978340136107004601 19560116 36 4250 4214.0 Rio Grande 03S.02W.26.220 34.026667 -107.0128340138107004101 19670701 120 4250 4130.0 Rio Grande 180 03S.02W.26.222 34.027222 -107.0114340136107082601 4250 03S.02W.27.211 34.026667 -107.1406340047107001301 4250 Rio Grande 03S.02W.36.212 SEDILLO A 34.013056 -107.0036340500106390101 19650603 184 4250 4066.0 315 03S.03E.05.213 34.083333 -106.6503 60b

340215106402201 19850204 5.36 4250 4244.6 03S.03E.19.141 34.0375 -106.6728340215106402201 19900130 19.2 4250 4230.8 03S.03E.19.141 34.0375 -106.6728340215106402201 19900131 19.2 4250 4230.8 03S.03E.19.141 34.0375 -106.6728340215106402201 19950206 16.91 4250 4233.1 03S.03E.19.141 34.0375 -106.6728335959106375801 19830106 37 4250 4213.0 223 03S.03E.33.430 33.999722 -106.6328 75b

340506107061001 19670801 391 4250 3859.0 La Jencia 03S.03W.01.212 34.085 -107.1028





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340440107084201 19620701 57 4250 4193.0 03S.03W.03.312 34.077778 -107.145340342107120001 4250 03S.03W.07.313 34.061667 -107.2340344107115501 4250 03S.03W.07.313MINE WATER 34.062222 -107.1986340334107114001 4250 03S.03W.07.342 34.059444 -107.1944340400107080701 4250 150 03S.03W.10.241 34.066667 -107.1353340349107085501 4250 03S.03W.10.311 34.063611 -107.1486340349107081101 19670701 88 4250 4162.0 150 03S.03W.10.412 34.063611 -107.1364340350107075601 19670701 175 4250 4075.0 1850 03S.03W.10.422 34.063889 -107.1322340340107074901 19670701 470 4250 3780.0 660 03S.03W.11.313 34.061111 -107.1303340256107063401 19660401 74 4250 4176.0 La Jencia 03S.03W.13.321 34.048889 -107.1094340241107064701 19670701 76 4250 4174.0 03S.03W.13.331 34.044722 -107.1131340212107115001 4250 03S.03W.19.132 34.036667 -107.1972340210107100701 4250 03S.03W.20.421 SPRING 66 34.036111 -107.1686340153107094101 19670701 20 4250 4230.0 61 03S.03W.21.332 34.031389 -107.1614340144107093201 4250 03S.03W.21.344 SPRING 66 34.028889 -107.1589340229107071101 19600601 70 4250 4180.0 95 03S.03W.23.212 34.041389 -107.1197340229107070501 19670701 59 4250 4191.0 85 03S.03W.23.221 34.041389 -107.1181340150107072601 19660401 5 4250 4245.0 40 03S.03W.23.342 34.030556 -107.1239340156107072001 19770830 38 4250 4212.0 125 03S.03W.23.413 34.032222 -107.1222340138107064901 4250 03S.03W.25.111 34.027222 -107.1136340135107074701 4250 03S.03W.26.111 34.026389 -107.1297340130107075201 4250 03S.03W.26.113 34.025 -107.1311340134107081501 4250 03S.03W.27.212 SPRING 66 34.026111 -107.1375340058107085001 19840727 60 4250 4190.0 115 03S.03W.27.331 34.016111 -107.1472 5b

340058107080401 4250 03S.03W.27.441 SPRING 66 34.016111 -107.1344340105107090301 4250 03S.03W.28.424 34.018056 -107.1508340006107090101 4250 03S.03W.33.442 SPRING 66 34.001667 -107.1503340008107084801 4250 03S.03W.34.332 34.002222 -107.1467340500107132901 19510101 63 4250 4187.0 68 03S.04W.02.211 34.083333 -107.2247340425107141801 19780719 70 4250 4180.0 200 03S.04W.03.441 34.073611 -107.2383340355107152801 19780712 94 4250 4156.0 145 03S.04W.09.230 34.065278 -107.2578 8b

340406107140501 19791210 130 4250 4120.0 195 03S.04W.10.224 34.068333 -107.2347 5b

340353107140001 19840725 78 4250 4172.0 100 03S.04W.11.133 34.064722 -107.2333 50b





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340339107133901 19620601 9 4250 4241.0 03S.04W.11.324 34.060833 -107.2275340328107134001 4250 182 03S.04W.11.341 HERTZ WEL 34.057778 -107.2278340402107124501 4250 03S.04W.12.132 34.067222 -107.2125340348107130001 4250 03S.04W.12.311 34.063333 -107.2167340250107131001 19791220 68 4250 4182.0 210 03S.04W.14.420 34.047222 -107.2194340215107120501 4250 03S.04W.24.242 34.0375 -107.2014340210107120301 4250 03S.04W.24.242 HOP CANYO 34.036111 -107.2008340128107155702 4250 03S.04W.28.114B 34.024444 -107.2658340252106244301 4250 03S.05E.15.322 A FERNAND 34.047778 -106.4119340130106234201 4250 03S.05E.26.120 MWC WELL 34.025 -106.395340038106274101 19850207 136.44 4250 4113.6 147 03S.05E.31.213 34.010556 -106.4614340038106274101 19900131 136.8 4250 4113.2 147 03S.05E.31.213 34.010556 -106.4614340038106274101 19950207 136.8 4250 4113.2 147 03S.05E.31.213 34.010556 -106.4614340437107191701 19780712 89.05 4250 4161.0 03S.05W.02.422 34.076944 -107.3214340229107192801 19780712 386.28 4250 3863.7 03S.05W.14.443 34.041389 -107.3244340146107240101 19781213 31.44 4250 4218.6 03S.05W.19.323 34.029444 -107.4003340107107211601 19780712 546.86 4250 3703.1 03S.05W.27.311 34.018611 -107.3544340028107234301 19780712 26.87 4250 4223.1 03S.05W.31.223 34.007778 -107.3953340438106195701 4250 03S.06E.05.422 C P WILSO 34.077222 -106.3325340453107261801 4250 03S.06W.02.113 34.081389 -107.4383340453107261802 19790425 298.28 4250 3951.7 03S.06W.02.113A 34.081389 -107.4383340353107255301 19780613 210.03 4250 4040.0 03S.06W.11.231 34.064722 -107.4314340351107255401 4250 03S.06W.11.241 DIVIDE WE 34.064167 -107.4317340216107281801 19780714 228.53 4250 4021.5 03S.06W.21.111 34.037778 -107.4717340124107290301 19780714 269.46 4250 3980.5 03S.06W.29.122 34.023333 -107.4842340011107261501 19780713 67.85 4250 4182.2 03S.06W.35.312 34.003056 -107.4375340008107251201 19800624 68.62 4250 4181.4 03S.06W.36.312 34.002222 -107.42340458106134401 4250 03S.07E.05.220 34.082778 -106.2289340451107302501 19790425 209.11 4250 4040.9 03S.07W.01.222 34.080833 -107.5069340421107304501 19800502 176.71 4250 4073.3 03S.07W.01.414 34.0725 -107.5125340409107344601 19790510 203.4 4250 4046.6 221 03S.07W.05.443 34.069167 -107.5794340347107351401 4250 03S.07W.08.132 CCC WELL 34.063056 -107.5872340349107350601 19790510 227.72 4250 4022.3 03S.07W.08.231 34.063611 -107.585





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340326107303701 19800509 208.27 4250 4041.7 03S.07W.12.423 34.057222 -107.5103340326107303701 19910212 209.11 4250 4040.9 03S.07W.12.423 34.057222 -107.5103340326107303701 19920217 185.4 4250 4064.6 03S.07W.12.423 34.057222 -107.5103340326107303701 19930222 211.4 4250 4038.6 03S.07W.12.423 34.057222 -107.5103340326107303701 19940224 185.67 4250 4064.3 03S.07W.12.423 34.057222 -107.5103340326107303701 19950221 215.48 4250 4034.5 03S.07W.12.423 34.057222 -107.5103340326107303701 19960208 209.63 4250 4040.4 03S.07W.12.423 34.057222 -107.5103340326107303701 19980211 196.39 4250 4053.6 03S.07W.12.423 34.057222 -107.5103340225107340001 19800508 322.21 4250 3927.8 355 03S.07W.16.433 34.040278 -107.5667340225107340001 19960208 331.19 4250 3918.8 355 03S.07W.16.433 34.040278 -107.5667340225107340001 20010206 4250 355 03S.07W.16.433 34.040278 -107.5667340141106052101 19670728 810 4250 3440.0 842 03S.08E.22.344 34.028056 -106.0892340427107373601 19800502 174.3 4250 4075.7 03S.08W.01.310 34.074167 -107.6267340427107373601 19910221 175.15 4250 4074.9 03S.08W.01.310 34.074167 -107.6267340427107373601 19960208 174.91 4250 4075.1 03S.08W.01.310 34.074167 -107.6267340427107373601 20010206 175.14 03S.08W.01.310 34.074167 -107.6267340424107372701 03S.08W.01.310 VLA MAIN 34.073333 -107.6242340414107381301 19500810 172.45 03S.08W.02.433 34.070556 -107.6369340238107382301 19790508 243.1 03S.08W.14.323 34.043889 -107.6397340215107411801 19790508 168.72 03S.08W.20.211 34.0375 -107.6883340210107402001 03S.08W.21.100 34.036111 -107.6722340238107402301 03S.08W.21.124 JACK BRUT 34.043889 -107.6731340118107424201 19770224 167.6 03S.08W.30.100 34.021667 -107.7117340118107424201 19780216 167.21 03S.08W.30.100 34.021667 -107.7117340118107424201 19790215 167.73 03S.08W.30.100 34.021667 -107.7117340118107424201 19800116 167.89 03S.08W.30.100 34.021667 -107.7117340118107424201 19810317 167.72 03S.08W.30.100 34.021667 -107.7117340118107424201 19900131 177.36 03S.08W.30.100 34.021667 -107.7117340118107424201 19920217 167.66 03S.08W.30.100 34.021667 -107.7117340118107424201 19930222 167.86 03S.08W.30.100 34.021667 -107.7117340118107424201 19940224 167.25 03S.08W.30.100 34.021667 -107.7117340118107424201 19950221 167.7 03S.08W.30.100 34.021667 -107.7117340118107424201 19970219 167.7 03S.08W.30.100 34.021667 -107.7117





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340118107424201 20010206 168.18 03S.08W.30.100 34.021667 -107.7117340032107425101 19540101 162.3 03S.08W.31.111 34.008889 -107.7142340033107364001 19800506 583.2 620 03S.08W.36.222 34.009167 -107.6111335503106520801 Rio Grande 90 4040132311 33.9175 -106.8689343417106531001 19560509 53.29 Rio Grande 04N.01E.18.311 34.571389 -106.8861343124106530501 19600701 168 Rio Grande 203 04N.01E.31.330 34.523333 -106.8847343103106475701 19560328 6.52 Rio Grande 04N.01E.36.121 34.5175 -106.7992 1000b

343447106554201 19560509 224.79 Rio Grande 04N.01W.15.211 34.579722 -106.9283 4b

343230106570301 19560508 207.33 Rio Grande 04N.01W.28.323 34.541667 -106.9508 7.5b

343230106570301 19800603 212 Rio Grande 04N.01W.28.323 34.541667 -106.9508343145106533601 19491121 52.1 Rio Grande 04N.01W.36.140 34.529167 -106.8933343334107064501 19500525 240.44 Rio Grande 04N.03W.24.132 34.559444 -107.1125343209107065401 Rio Grande 04N.03W.25.334 COYOTE SP 34.535833 -107.115343152107073001 Rio Grande 04N.03W.35.211 34.531111 -107.125343258107173201 04N.04W.30.223 34.549444 -107.2922343403107233201 19810604 21.1 23.5 04N.05W.17.331 34.5675 -107.3922 4b

343215107220001 04N.05W.33.200 34.5375 -107.3667343208107215301 04N.05W.33.223 34.535556 -107.3647343407107265901 04N.06W.15.400 34.568611 -107.4497343410107263701 04N.06W.15.424 34.569444 -107.4436343410107263801 04N.06W.15.424 PINO PLAC 34.569444 -107.4439343233107262801 04N.06W.26.312 34.5425 -107.4411343218107270801 784 04N.06W.27.4314 BUDDY MA 34.538333 -107.4522343158107290801 19810605 -1 750 04N.06W.32.214 34.532778 -107.4856 15b

342800107290801 04N.06W.32.214+DUP 34.466667 -107.4856343350107352101 19810519 47.24 110 04N.07W.20.221 34.563889 -107.5892 6b

343122107370401 320 04N.07W.31.333 34.522778 -107.6178343142107342601 19810520 20.29 71 04N.07W.33.412 34.528333 -107.5739 7.2b

343308107382301 19810519 200.53 256 04N.08W.23.443A 34.552222 -107.6397343308107382302 19810519 186 04N.08W.23.443B 34.552222 -107.6397335905106470601 19650717 49 Rio Grande 71 04S.01E.01.440 33.984722 -106.785335907106480801 19660902 52 Rio Grande 77 04S.01E.02.440 33.985278 -106.8022335904106511601 19520501 22 Rio Grande 100 04S.01E.05.444 33.984444 -106.8544





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335940106530001 Rio Grande 04S.01E.06.100 33.994444 -106.8833335930106531001 19550901 15 Rio Grande 40 04S.01E.06.133 33.991667 -106.8861335940106522701 19610331 10 Rio Grande 18 04S.01E.06.200 33.994444 -106.8742 4b

335858106530901 19640904 51 Rio Grande 85 04S.01E.07.111 33.982778 -106.8858335852106521301 19670303 42 Rio Grande 84 04S.01E.07.224 33.981111 -106.8703335818106525501 19670615 83 Rio Grande 125 04S.01E.07.340 33.971667 -106.8819335823106523901 19760917 55 Rio Grande 100 04S.01E.07.413 33.973056 -106.8775 30b

335822106524001 19761001 73 Rio Grande 125 04S.01E.07.413+DUP 33.972778 -106.8778335903106511701 19950420 9.51 Rio Grande 92 04S.01E.08.221 33.984167 -106.8547335837106511101 Rio Grande 04S.01E.08.244 FAZIO WEL 33.976944 -106.8531335834106511401 19520501 8 Rio Grande 22 04S.01E.08.422 33.976111 -106.8539335829106511101 Rio Grande 04S.01E.08.422 FAZIO-KEN 33.974722 -106.8531335829106511601 Rio Grande 04S.01E.08.422 FAZIO-KEN 33.974722 -106.8544335816106470801 19640520 120 Rio Grande 177 04S.01E.12.440 33.971111 -106.7856335741106504501 19520523 14 Rio Grande 04S.01E.16.322 33.961389 -106.8458335752106512501 Rio Grande 04S.01E.17.200 33.964444 -106.8569335727106530001 Rio Grande 04S.01E.18.400 33.9575 -106.8833335703106521501 19800703 33.5 Rio Grande 47 04S.01E.19.242 33.950833 -106.8708335653106522001 19791006 48 Rio Grande 95 04S.01E.19.243 33.948056 -106.8722335645106522001 19760116 35 Rio Grande 132 04S.01E.19.420 33.945833 -106.8722335640106520901 19640815 9 4250 4241.0 Rio Grande 137 04S.01E.20.313 33.944444 -106.8692335630106513501 19510912 6 4241.6 4235.6 Rio Grande 89 04S.01E.20.430 33.943056 -106.8597335704106501601 4241.6 Rio Grande 04S.01E.21.241 VIGIL WEL 33.951111 -106.8378335620106495601 19520501 10 4241.6 4231.6 Rio Grande 04S.01E.27.110 33.938889 -106.8322335549106511801 4241.6 Rio Grande 04S.01E.29.424 RANCHO AL 33.930278 -106.855335545106525001 19610711 12 4241.6 4229.6 Rio Grande 154 04S.01E.30.400 33.929167 -106.8744 1800b

335519106512201 19840216 30 4241.6 4211.6 Rio Grande 85 04S.01E.32.200 33.921944 -106.8561 70b

335507106511801 19570508 7 4241.6 4234.6 Rio Grande 100 04S.01E.32.240 33.918611 -106.855335455106503601 4241.6 Rio Grande 04S.01E.33.400 33.915278 -106.8433335950106575001 4241.6 Rio Grande 04S.01W.05.211 33.997222 -106.9639335815106532601 4241.6 Rio Grande 04S.01W.12.443 KNOBLOCK 33.970833 -106.8906335747106531401 19641225 187 4241.6 4054.6 Rio Grande 232 04S.01W.13.244 33.963056 -106.8872335739106531401 19630128 190 4241.6 4051.6 Rio Grande 205 04S.01W.13.421 33.960833 -106.8872





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335331106561201 4241.6 Rio Grande 04S.01W.22.112 MCA WELL 33.891944 -106.9367335716106554001 19510101 480 4241.6 3761.6 Rio Grande 570 04S.01W.22.212 33.954444 -106.9278 800b,c

335716106554001 19850206 481.4 4241.6 3760.2 Rio Grande 570 04S.01W.22.212 33.954444 -106.9278335716106554001 19860113 481.23 4241.6 3760.4 Rio Grande 570 04S.01W.22.212 33.954444 -106.9278335716106554001 19870319 481.1 4241.6 3760.5 Rio Grande 570 04S.01W.22.212 33.954444 -106.9278335716106554001 19880115 484.72 4241.6 3756.9 Rio Grande 570 04S.01W.22.212 33.954444 -106.9278335716106554001 19890921 481.05 4241.6 3760.6 Rio Grande 570 04S.01W.22.212 33.954444 -106.9278335716106554001 19900126 480.87 4241.6 3760.7 Rio Grande 570 04S.01W.22.212 33.954444 -106.9278335716106554001 19910207 481.06 4241.6 3760.5 Rio Grande 570 04S.01W.22.212 33.954444 -106.9278335716106554001 19920204 4241.6 Rio Grande 570 04S.01W.22.212 33.954444 -106.9278335716106554001 19920206 480.83 4241.6 3760.8 Rio Grande 570 04S.01W.22.212 33.954444 -106.9278335716106554001 19930203 480.81 4241.6 3760.8 Rio Grande 570 04S.01W.22.212 33.954444 -106.9278335716106554001 19950214 480.4 4241.6 3761.2 Rio Grande 570 04S.01W.22.212 33.954444 -106.9278335716106554001 19970128 481.3 4241.6 3760.3 Rio Grande 570 04S.01W.22.212 33.954444 -106.9278335710106552501 4241.6 Rio Grande 04S.01W.22.220 33.952778 -106.9236335704106550001 19550624 400 4241.6 3841.6 Rio Grande 560 04S.01W.23.100 33.951111 -106.9167 250b

335626106422001 19850204 19.23 4241.6 4222.4 63 04S.02E.23.344 33.940556 -106.7056 2.5b

335626106422001 19900130 7.42 4241.6 4234.2 63 04S.02E.23.344 33.940556 -106.7056335626106422001 19900131 7.42 4241.6 4234.2 63 04S.02E.23.344 33.940556 -106.7056335626106422001 19950206 8.87 4241.6 4232.7 63 04S.02E.23.344 33.940556 -106.7056345539106454701 4241.6 Rio Grande 04S.02E.29.33 ONINE WELL 33.9275 -106.7631335503106431301 19550210 13.23 4241.6 4228.4 18 04S.02E.34.411 33.9175 -106.7203 14b

335933107022201 4241.6 Rio Grande 135 04S.02W.03.143 33.9925 -107.0394335926107022001 4241.6 Rio Grande 04S.02W.03.321 33.990556 -107.0389335900107051501 4241.6 04S.02W.07.211 33.983333 -107.0875335858107002701 4241.6 Rio Grande 300 04S.02W.12.112 33.982778 -107.0075335634106595201 4241.6 Rio Grande 04S.02W.24.431 MIERA WEL 33.942778 -106.9978335759106371401 4241.6 04S.03E.15.123 E. JONES 33.966389 -106.6206335909107105701 4241.6 04S.03W.06.442 BALDY SPR 33.985833 -107.1825345843107100901 4241.6 04S.03W.08.241 33.978611 -107.1692335838106340301 4241.6 04S.04E.07.143 PRAIRIE S 33.977222 -106.5675335648106295801 19850207 46.7 4241.6 4194.9 71 04S.04E.23.323 33.946667 -106.4994335648106295801 19900125 48.9 4241.6 4192.7 71 04S.04E.23.323 33.946667 -106.4994





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335648106295801 19900131 48.9 4241.6 4192.7 71 04S.04E.23.323 33.946667 -106.4994335648106295801 19950207 55.45 4241.6 4186.2 71 04S.04E.23.323 33.946667 -106.4994335915106244501 19100101 90 4241.6 4151.6 180 04S.05E.03. 33.9875 -106.4125335655106233601 19850207 74.75 4241.6 4166.9 79 04S.05E.23.411 33.948611 -106.3933335845107233601 19780713 167.12 4241.6 4074.5 04S.05W.07.224 33.979167 -107.3933335806107192801 19560118 34.74 4241.6 4206.9 04S.05W.11.443 33.968333 -107.3244335511107194701 19560117 400 4241.6 3841.6 04S.05W.35.231 33.919722 -107.3297335733106170101 19820703 75 4241.6 4166.6 102 04S.06E.14.400 33.959167 -106.2836335844107280601 19800623 148.95 4241.6 4092.7 04S.06W.09.123 33.978889 -107.4683335827107262601 19800623 96.1 4241.6 4145.5 04S.06W.10.244 33.974167 -107.4406335755107242901 19780713 214.36 4241.6 4027.2 04S.06W.13.224 33.965278 -107.4081335750107275501 4241.6 04S.06W.16.213 UPPER CAS 33.963889 -107.4653335726107294101 19800509 23.81 4241.6 4217.8 04S.06W.18.423 33.957222 -107.4947335851107310601 19780713 544.02 4241.6 3697.6 04S.07W.01.343 33.980833 -107.5183335900107343201 19800508 109.24 4241.6 4132.4 04S.07W.04.331 33.983333 -107.5756335900107343202 19800508 16.5 4241.6 4225.1 04S.07W.04.331A 33.983333 -107.5756335650107342101 19800507 12.2 4241.6 4229.4 04S.07W.21.132 33.947222 -107.5725335650107323801 4241.6 04S.07W.22.241 33.947222 -107.5439335648107322701 19800623 212.95 4241.6 4028.7 04S.07W.23.131 33.946667 -107.5408335856107374401 19800507 474 4241.6 3767.6 04S.08W.02.442 33.982222 -107.6289335904107404901 19770224 278.64 4241.6 3963.0 04S.08W.04.331 33.984444 -107.6803335904107404901 19910212 278.51 4241.6 3963.1 04S.08W.04.331 33.984444 -107.6803335543107372101 19800507 39.3 4241.6 4202.3 04S.08W.25.321 33.928611 -107.6225335441107411501 19800508 596.8 4241.6 3644.8 04S.08W.32.413 33.911389 -107.6875335435106470501 19650620 160 4241.6 4081.6 Rio Grande 195 05S.01E.01.220 33.909722 -106.7847335414106503601 19720711 32 4241.6 4209.6 Rio Grande 152 05S.01E.04.000 33.903889 -106.8433335435106504001 19621005 19.95 4241.6 4221.7 Rio Grande 60 05S.01E.04.122 33.910556 -106.8444335421106513601 19610602 8 4241.6 4233.6 Rio Grande 170 05S.01E.05.233 33.905833 -106.86335404106521701 19850205 11.1 4241.6 4230.5 Rio Grande 05S.01E.06.423 33.901111 -106.8714335404106521701 19860113 11.19 4241.6 4230.4 Rio Grande 05S.01E.06.423 33.901111 -106.8714335404106521701 19870317 10.1 4241.6 4231.5 Rio Grande 05S.01E.06.423 33.901111 -106.8714335404106521701 19880120 10.93 4241.6 4230.7 Rio Grande 05S.01E.06.423 33.901111 -106.8714335404106521701 19890307 11.1 4241.6 4230.5 Rio Grande 05S.01E.06.423 33.901111 -106.8714





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335404106521701 19900125 11.24 4241.6 4230.4 Rio Grande 05S.01E.06.423 33.901111 -106.8714335404106521701 19910207 11.15 4241.6 4230.5 Rio Grande 05S.01E.06.423 33.901111 -106.8714335404106521701 19910717 4241.6 Rio Grande 05S.01E.06.423 33.901111 -106.8714335404106521701 19920204 10.56 4241.6 4231.0 Rio Grande 05S.01E.06.423 33.901111 -106.8714335404106521701 19930204 11.32 4241.6 4230.3 Rio Grande 05S.01E.06.423 33.901111 -106.8714335404106521701 19950214 10.68 4241.6 4230.9 Rio Grande 05S.01E.06.423 33.901111 -106.8714335404106521701 19970128 11.83 4241.6 4229.8 Rio Grande 05S.01E.06.423 33.901111 -106.8714335326106522701 19920506 19 4241.6 4222.6 Rio Grande 84 05S.01E.07.234 33.890556 -106.8742335340106515201 19610612 3 4241.6 4238.6 Rio Grande 150 05S.01E.08.123 33.894444 -106.8644 2170b

335310106471401 19580122 99 4241.6 4142.6 Rio Grande 150 05S.01E.12.400 33.886111 -106.7872335243106500201 4241.6 Rio Grande 05S.01E.15.130 33.878611 -106.8339335219106501801 19670110 15 4241.6 4226.6 Rio Grande 100 05S.01E.16.400 33.871944 -106.8383335210106520801 19600714 12 4241.6 4229.6 Rio Grande 150 05S.01E.17.333 33.869444 -106.8689335220106515501 19580205 15 4241.6 4226.6 Rio Grande 149 05S.01E.17.344 33.872222 -106.8653 1125b

335212106514201 19800702 6.42 4241.6 4235.2 Rio Grande 125 05S.01E.17.344+DUP 33.87 -106.8617335215106532001 19580205 8 4241.6 4233.6 Rio Grande 125 05S.01E.18.300 33.872222 -106.8819335216106524001 19580205 23.63 4241.6 4218.0 Rio Grande 05S.01E.18.431 33.871111 -106.8778335152106512001 19580806 12 4241.6 4229.6 Rio Grande 127 05S.01E.20.241 33.864444 -106.8556 1420b

335152106512001 19850205 9.65 4241.6 4232.0 Rio Grande 127 05S.01E.20.241 33.864444 -106.8556335152106512001 19900125 7.35 4241.6 4234.3 Rio Grande 127 05S.01E.20.241 33.864444 -106.8556335152106512001 19950214 7.94 4241.6 4233.7 Rio Grande 127 05S.01E.20.241 33.864444 -106.8556335125106514701 19600623 9 4241.6 4232.6 Rio Grande 142 05S.01E.20.342 33.856944 -106.8631335037106495301 4241.6 Rio Grande 05S.01E.27.300 33.843611 -106.8314335106106510001 19580726 10 4241.6 4231.6 Rio Grande 114 05S.01E.28.111 33.851667 -106.85335100106500901 19850205 14.41 4241.6 4227.2 Rio Grande 50 05S.01E.28.212 33.85 -106.8358335100106500901 19900125 10.85 4241.6 4230.8 Rio Grande 50 05S.01E.28.212 33.85 -106.8358335100106500901 19950214 7.78 4241.6 4233.8 Rio Grande 50 05S.01E.28.212 33.85 -106.8358335030106505501 19580723 11 4241.6 4230.6 Rio Grande 115 05S.01E.28.331 33.841667 -106.8486335109106510801 19580726 10 4241.6 4231.6 Rio Grande 113 05S.01E.29.222 33.8525 -106.8522335024106514701 19600601 7 4241.6 4234.6 Rio Grande 142 05S.01E.29.310 33.84 -106.8631335032106514101 19600704 8 4241.6 4233.6 Rio Grande 142 05S.01E.29.342 33.842222 -106.8614335055106530401 19800702 29.75 4241.6 4211.9 Rio Grande 65 05S.01E.30.133 33.848611 -106.8844 2.5b

335104106522101 19600710 10 4241.6 4231.6 Rio Grande 142 05S.01E.30.223 33.851111 -106.8725





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335058106522301 19600708 10 4241.6 4231.6 Rio Grande 142 05S.01E.30.241 33.849444 -106.8731335005106512801 19580717 13 4241.6 4228.6 Rio Grande 115 05S.01E.32.214 33.834722 -106.8578335004106514201 19580717 13 4241.6 4228.6 Rio Grande 115 05S.01E.32.234 33.834444 -106.8617334936106470401 19550208 284.87 4241.6 3956.7 Rio Grande 323 05S.01E.36.442 33.826667 -106.7844335356106540801 19610415 16 4241.6 4225.6 Rio Grande 60 05S.01W.01.330 33.898889 -106.9022335330106551101 19850205 9.65 4241.6 4232.0 Rio Grande 570 05S.01W.11.131 33.891667 -106.9197335330106551101 19850206 446.7 4241.6 3794.9 Rio Grande 570 05S.01W.11.131 33.891667 -106.9197335332106550801 4241.6 Rio Grande 05S.01W.11.132 PADILLA W 33.892222 -106.9189335037106531401 19850205 11.75 4241.6 4229.9 Rio Grande 42 05S.01W.25.422 33.843611 -106.8872335037106531401 19900125 12.32 4241.6 4229.3 Rio Grande 42 05S.01W.25.422 33.843611 -106.8872335107106544001 19580205 214 4241.6 4027.6 Rio Grande 05S.01W.26.213 33.851944 -106.9111335000106471501 4241.6 Rio Grande 05S.01W.36.200 33.833333 -106.8903335420106424101 4241.6 05S.02E.02.130 33.905556 -106.7114335336106425501 4241.6 05S.02E.10.220 33.893333 -106.7153335216106443001 19550207 127.75 4241.6 4113.9 Rio Grande 140 05S.02E.16.323 33.871111 -106.7417 5b

335220106445301 4241.6 Rio Grande 05S.02E.17.424 33.872222 -106.7481335415107042901 4241.6 Rio Grande 05S.02W.05.321 33.904167 -107.0747335325107041501 4241.6 Rio Grande 05S.02W.08.144 TORREON S 33.890278 -107.0708335237107021001 19850206 251.32 4241.6 3990.3 Rio Grande 360 05S.02W.15.144 33.876944 -107.0361335237107021001 19900129 251.54 4241.6 3990.1 Rio Grande 360 05S.02W.15.144 33.876944 -107.0361335237107021001 19950209 253.47 4241.6 3988.1 Rio Grande 360 05S.02W.15.144 33.876944 -107.0361335325106374001 4241.6 05S.03E.09.200 33.890278 -106.6278335349106382501 4241.6 05S.03E.09.244 JORNADA C 33.896944 -106.6403335227106342801 4241.6 05S.03E.13.200 33.874167 -106.5744335248106362801 19550210 171.62 4241.6 4070.0 237 05S.03E.14.111 33.88 -106.6078 5b

335250106394901 19550211 243.81 4241.6 3997.8 337 05S.03E.17.1113 33.880556 -106.6636 3b

335250106394901 19850204 244.45 4241.6 3997.2 337 05S.03E.17.1113 33.880556 -106.6636335250106394901 19900130 243.3 4241.6 3998.3 337 05S.03E.17.1113 33.880556 -106.6636335250106394901 19950206 243.7 4241.6 3997.9 337 05S.03E.17.1113 33.880556 -106.6636335108106350801 19550211 63.42 4241.6 4178.2 140 05S.03E.25.121 33.852222 -106.5856 2b

335030106381501 4241.6 05S.03E.28.400 33.841667 -106.6375335215106322001 4241.6 05S.04E.16.100 33.870833 -106.5389335212106322501 19550215 36.63 4241.6 4205.0 05S.04E.17.442 33.87 -106.5403





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335235106333101 19550215 32.02 4241.6 4209.6 38 05S.04E.18.243 33.876389 -106.5586 1b

335111106322101 19550215 84.05 4241.6 4157.6 05S.04E.20.444 33.853056 -106.5392335310106224001 4241.6 05S.05E.12.400 33.886111 -106.3778335320106221801 19830124 174 4241.6 4067.6 248 05S.05E.12.410 33.888889 -106.3717335207106230401 4241.6 05S.05E.14.444 33.868611 -106.3844335142106273001 19550215 172.8 4241.6 4068.8 05S.05E.19.233 33.861667 -106.4583334926106261401 19550216 167.91 4241.6 4073.7 05S.05E.32.444 33.823889 -106.4372335321107213201 19560117 10 4241.6 4231.6 05S.05W.09.243 33.889167 -107.3589335241107201401 19560117 50 4241.6 4191.6 05S.05W.14.113 33.878056 -107.3372335137107182701 19560118 21.95 4241.6 4219.7 05S.05W.24.243 33.860278 -107.3075335054107193501 19780530 275 4241.6 3966.6 312 05S.05W.26.200 33.848333 -107.3264 10-15b

335410106191001 19850207 242.47 4241.6 3999.1 269 05S.06E.04.412 33.902778 -106.3194335410106191001 19900131 236.3 4241.6 4005.3 269 05S.06E.04.412 33.902778 -106.3194335410106191001 19950207 237.65 4241.6 4004.0 269 05S.06E.04.412 33.902778 -106.3194335145106181301 19560126 249.5 4241.6 3992.1 05S.06E.22.231 33.8625 -106.3036335029106171501 19831231 257 4241.6 3984.6 424 05S.06E.26.300 33.841389 -106.2875335006106203101 4241.6 05S.06E.32.123 BURREGO S 33.835 -106.3419335015107395701 19790830 770 4241.6 3471.6 915 05S.08W.33.200 33.8375 -107.6658334930105591001 19760209 109.4 4241.6 4132.2 05S.09E.34.343 33.825 -105.9861334930105591001 19810206 113.19 4241.6 4128.4 05S.09E.34.343 33.825 -105.9861334930105591001 19840207 115.47 4241.6 4126.1 05S.09E.34.343 33.825 -105.9861334835106405202 4241.6 06S.01E.01.400B 33.809722 -106.6811334850106502501 19660320 25.57 4241.6 4216.0 Rio Grande 255 06S.01E.04.414 33.813333 -106.8411334850106502501 19660617 25.57 4241.6 4216.0 Rio Grande 255 06S.01E.04.414 33.813333 -106.8411334902106513201 19800702 4.4 4241.6 4237.2 Rio Grande 170 06S.01E.05.233 33.817222 -106.8589 2000b

334836106520001 4241.6 Rio Grande 06S.01E.05.334 FIELD 17A 33.808333 -106.8653334821106523401 19800702 5.57 4241.6 4236.0 Rio Grande 100 06S.01E.07.213 WARM H2O 33.806667 -106.8761334825106513301 19670922 8.2 4241.6 4233.4 Rio Grande 255 06S.01E.08.211 33.810556 -106.8589334820106511801 19670526 13.65 4241.6 4228.0 Rio Grande 185 06S.01E.08.223 33.8075 -106.8542 300b

334807106513001 19670614 9.7 4241.6 4231.9 Rio Grande 115 06S.01E.08.413 33.801944 -106.8583334826106510401 19631115 20.65 4241.6 4221.0 Rio Grande 167 06S.01E.09.111 33.807222 -106.85 130b

334826106510402 4241.6 Rio Grande 06S.01E.09.111B 33.807222 -106.8511334826106510403 4241.6 Rio Grande 06S.01E.09.111C 33.807222 -106.8511





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334830106502201 19660628 41.2 4241.6 4200.4 Rio Grande 255 06S.01E.09.212 33.809444 -106.8383334830106502201 19660629 41.2 4241.6 4200.4 Rio Grande 255 06S.01E.09.212 33.809444 -106.8383334745106510001 19660613 10.8 4241.6 4230.8 Rio Grande 32 06S.01E.09.333 33.795833 -106.85334745106510001 19660712 10.8 4241.6 4230.8 Rio Grande 32 06S.01E.09.333 33.795833 -106.85334745106510001 19850205 15.04 4241.6 4226.6 Rio Grande 32 06S.01E.09.333 33.795833 -106.85334745106510001 19900125 11.65 4241.6 4230.0 Rio Grande 32 06S.01E.09.333 33.795833 -106.85334745106510001 19950214 9.66 4241.6 4231.9 Rio Grande 32 06S.01E.09.333 33.795833 -106.85334721106503201 19560610 26.5 4241.6 4215.1 Rio Grande 06S.01E.16.231 33.789167 -106.8422334717106520701 19580213 3.5 4241.6 4238.1 Rio Grande 10 06S.01E.17.133 33.788056 -106.8686334438106473001 19550208 256.42 4241.6 3985.2 Rio Grande 300 06S.01E.36.233 33.743889 -106.7917 2b

334438106473001 19850206 259.1 4241.6 3982.5 Rio Grande 300 06S.01E.36.233 33.743889 -106.7917334438106473001 19900125 260.69 4241.6 3980.9 Rio Grande 300 06S.01E.36.233 33.743889 -106.7917334818106533401 4241.6 Rio Grande 80 06S.01W.12.214 33.805 -106.8928334815106533801 19800702 32.02 4241.6 4209.6 Rio Grande 155 06S.01W.12.231 33.804167 -106.8939 500b

334823106532801 19580205 63 4241.6 4178.6 Rio Grande 75 06S.01W.12.233 33.806389 -106.8911334823106532801 19850205 30.97 4241.6 4210.6 Rio Grande 75 06S.01W.12.233 33.806389 -106.8911334823106532802 19950214 15.84 4241.6 4225.8 Rio Grande 06S.01W.12.233A 33.806389 -106.8911334800106532201 4241.6 Rio Grande 06S.01W.12.431 33.8 -106.8894334922106534701 19580206 116.9 4241.6 4124.7 Rio Grande 200 06S.01W.15.100 33.793333 -106.9386334439106532601 19560610 22.88 4241.6 4218.7 Rio Grande 06S.01W.36.412 33.744167 -106.8906334835106405201 19560417 317.7 4241.6 3923.9 600 06S.02E.01.444 33.809722 -106.6819 20b

334835106405201 19560418 317.73 4241.6 3923.9 600 06S.02E.01.444 33.809722 -106.6819334903106443001 19560907 420 4241.6 3821.6 Rio Grande 06S.02E.04.144 33.816667 -106.7422 3b

334834106445701 4241.6 Rio Grande 06S.02E.04.300 33.809444 -106.7492334818106433601 19560531 405 4241.6 3836.6 Rio Grande 06S.02E.10.141 33.805 -106.7267 11b

334818106433601 19560622 405 4241.6 3836.6 Rio Grande 06S.02E.10.141 33.805 -106.7267334510106412101 19550202 100.72 4241.6 4140.9 140 06S.02E.25.342 33.752778 -106.6892334517106442301 19850206 259.28 4241.6 3982.3 Rio Grande 06S.02E.28.413 33.754722 -106.7397 3b

334517106442301 19860113 258.95 4241.6 3982.7 Rio Grande 06S.02E.28.413 33.754722 -106.7397334517106442301 19880120 256.54 4241.6 3985.1 Rio Grande 06S.02E.28.413 33.754722 -106.7397334517106442301 19890313 256.69 4241.6 3984.9 Rio Grande 06S.02E.28.413 33.754722 -106.7397334517106442301 19890915 259.82 4241.6 3981.8 Rio Grande 06S.02E.28.413 33.754722 -106.7397334517106442301 19900126 258.76 4241.6 3982.8 Rio Grande 06S.02E.28.413 33.754722 -106.7397





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334517106442301 19910207 264.38 4241.6 3977.2 Rio Grande 06S.02E.28.413 33.754722 -106.7397334517106442301 19920204 266.95 4241.6 3974.7 Rio Grande 06S.02E.28.413 33.754722 -106.7397334517106442301 19930204 258.85 4241.6 3982.8 Rio Grande 06S.02E.28.413 33.754722 -106.7397334517106442301 19950207 255.7 4241.6 3985.9 Rio Grande 06S.02E.28.413 33.754722 -106.7397334517106442301 19970128 255.15 4241.6 3986.5 Rio Grande 06S.02E.28.413 33.754722 -106.7397334517106442301 19980212 254.48 4241.6 3987.1 Rio Grande 06S.02E.28.413 33.754722 -106.7397334517106442301 19990225 254.14 4241.6 3987.5 Rio Grande 06S.02E.28.413 33.754722 -106.7397334517106442301 20010315 253.69 4241.6 3987.9 Rio Grande 06S.02E.28.413 33.754722 -106.7397334908106390801 19610801 203.8 4241.6 4037.8 750 06S.03E.05.232 SRC-1 33.818889 -106.6522 200b

334908106390801 19890914 205.13 4241.6 4036.5 750 06S.03E.05.232 SRC-1 33.818889 -106.6522334908106390801 19900220 207.49 4241.6 4034.1 750 06S.03E.05.232 SRC-1 33.818889 -106.6522334908106390801 19950224 212.44 4241.6 4029.2 750 06S.03E.05.232 SRC-1 33.818889 -106.6522334908106390801 19950828 213.18 4241.6 4028.4 750 06S.03E.05.232 SRC-1 33.818889 -106.6522334908106390801 19960829 252.92 4241.6 3988.7 750 06S.03E.05.232 SRC-1 33.818889 -106.6522334908106391201 4241.6 06S.03E.05.233 SRC PROD 33.818889 -106.6533334908106391202 4241.6 06S.03E.05.233N SRC PROD 33.818889 -106.6533334908106391203 4241.6 06S.03E.05.233S SRC PROD 33.818611 -106.6533334007106391201 19690714 214.4 4241.6 4027.2 720 06S.03E.05.234 33.816667 -106.6533 141b

334007106391201 19890918 211.95 4241.6 4029.7 720 06S.03E.05.234 33.816667 -106.6533334007106391201 19900220 223.25 4241.6 4018.4 720 06S.03E.05.234 33.816667 -106.6533334007106391201 19950224 205.15 4241.6 4036.5 720 06S.03E.05.234 33.816667 -106.6533334007106391201 19960829 234.23 4241.6 4007.4 720 06S.03E.05.234 33.816667 -106.6533334817106361901 19550203 141.36 4241.6 4100.2 06S.03E.11.141 33.804722 -106.6053334700106355501 4241.6 06S.03E.14.400 33.783333 -106.5986334820106362801 4241.6 06S.03E.17.100 33.805556 -106.6078334729106390401 4241.6 06S.03E.17.200 33.791389 -106.6511334621106391101 4241.6 06S.03E.20.233 33.7725 -106.6531334645106362101 4241.6 06S.03E.22.122 33.779167 -106.6058334555106350901 19550203 116.41 4241.6 4125.2 06S.03E.25.122 33.765278 -106.5858334549106362101 4241.6 06S.03E.26.121 33.763611 -106.6058334845107081701 19850206 456 4241.6 3785.6 Rio Grande 06S.03W.10.111 33.8125 -107.1381334845107081701 19900129 455.58 4241.6 3786.0 Rio Grande 06S.03W.10.111 33.8125 -107.1381334646107112801 4241.6 Rio Grande 06S.03W.19.131 ANTELOPE 33.779444 -107.1911





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334815106312501 19550223 110 4241.6 4131.6 06S.04E.10.131 33.804167 -106.5236334541107174601 19560118 199 4241.6 4042.6 Rio Grande 06S.04W.30.140 33.761389 -107.2961334509107123101 19560118 380 4241.6 3861.6 Rio Grande 06S.04W.36.113 33.7525 -107.2086334907106391201 19690714 214.4 4241.6 4027.2 720 06S.05E.05.234 SRC-2 33.818611 -106.6533334410106230501 19550507 300 4241.6 3941.6 06S.05E.36.343 33.736111 -106.3847334900107194001 19560118 234.75 4241.6 4006.9 06S.05W.02.233 33.816667 -107.3278334602107184601 19800806 325.93 4241.6 3915.7 400 06S.05W.24.342 33.767222 -107.3128334855106195201 4241.6 06S.06E.09.100 33.815278 -106.3311334824106200201 19550303 9.03 4241.6 4232.6 06S.06E.09.334 33.806667 -106.3339334750106193601 4241.6 06S.06E.16.411 33.797222 -106.3267334700106202501 4241.6 06S.06E.20.412 DEEP SP 33.783333 -106.3403334646106201801 4241.6 06S.06E.20.441 RABBIT SP 33.779444 -106.3383334645106162001 4241.6 06S.06E.24.400 33.779167 -106.2722334646106160601 19550308 301.67 4241.6 3939.9 06S.06E.24.424 33.779444 -106.2683334605106173301 4241.6 06S.06E.26. 33.768056 -106.2925334555106175301 19550308 39.5 4241.6 4202.1 203 06S.06E.26.333 33.7625 -106.3014334533106212501 4241.6 06S.06E.31.223 COUNCIL S 33.759167 -106.3569334533106212301 4241.6 06S.06E.31.223 SPR GALRY 33.759167 -106.3564334537106180501 4241.6 06S.06E.34.200 33.760278 -106.3014334528106182501 4241.6 06S.06E.34.200 BACATEST 33.757778 -106.3069334727107324601 19800121 13.42 4241.6 4228.2 06S.07W.15.23331 33.790833 -107.5461334453106062001 19560101 630 4241.6 3611.6 06S.08E.33.241 33.748056 -106.1056334759107410201 4241.6 06S.08W.08.432 WELTY SAL 33.799722 -107.6839334629107365601 19800121 236.86 4241.6 4004.7 06S.08W.24.411 33.774722 -107.6156334518107414201 19780413 20.02 4241.6 4221.6 06S.08W.31.222 33.755 -107.695334820106022801 4241.6 06S.09E.07.230 33.805556 -106.0411334605106022901 4241.6 06S.09E.19.400 33.768056 -106.0414334320106485701 19550209 201.24 4241.6 4040.4 Rio Grande 07S.01E.02.334 33.722222 -106.8158334140106484101 19550209 202.87 4241.6 4038.7 Rio Grande 215 07S.01E.14.341 33.694444 -106.8114334034106493001 19550209 226 4241.6 4015.6 Rio Grande 07S.01E.27.214 33.676111 -106.825 8b

334034106493001 19850206 257.26 4241.6 3984.3 Rio Grande 07S.01E.27.214 33.676111 -106.825334034106493001 19890313 246.8 4241.6 3994.8 Rio Grande 07S.01E.27.214 33.676111 -106.825334034106493001 19900125 246.72 4241.6 3994.9 Rio Grande 07S.01E.27.214 33.676111 -106.825





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334034106493001 19950207 252 4241.6 3989.6 Rio Grande 07S.01E.27.214 33.676111 -106.825334034106493002 4241.6 Rio Grande 07S.01E.27.214B 33.676111 -106.825334209106590101 19800718 28.28 4241.6 4213.3 Rio Grande 140 07S.01W.18.140 33.7025 -106.9836334210106594201 19521002 18 4241.6 4223.6 Rio Grande 113 07S.01W.18.200 33.705278 -106.9764333917106570001 19850205 281.09 4241.6 3960.5 Rio Grande 299 07S.01W.33.423 33.654722 -106.95334214106444501 4241.6 Rio Grande 07S.02E.16.100 33.703889 -106.7458334011106422901 19550218 174 4241.6 4067.6 07S.02E.26.322 33.669722 -106.7081334243107020001 19850205 186.2 4241.6 4055.4 Rio Grande 07S.02W.10.341 33.711944 -107.0333334243107020001 19860114 188.36 4241.6 4053.2 Rio Grande 07S.02W.10.341 33.711944 -107.0333334243107020001 19870317 186.03 4241.6 4055.6 Rio Grande 07S.02W.10.341 33.711944 -107.0333334243107020001 19880120 168.08 4241.6 4073.5 Rio Grande 07S.02W.10.341 33.711944 -107.0333334243107020001 19890915 185.69 4241.6 4055.9 Rio Grande 07S.02W.10.341 33.711944 -107.0333334243107020001 19900129 187.51 4241.6 4054.1 Rio Grande 07S.02W.10.341 33.711944 -107.0333334243107020001 19910207 185.67 4241.6 4055.9 Rio Grande 07S.02W.10.341 33.711944 -107.0333334243107020001 19910717 185.42 4241.6 4056.2 Rio Grande 07S.02W.10.341 33.711944 -107.0333334243107020001 19920204 185.33 4241.6 4056.3 Rio Grande 07S.02W.10.341 33.711944 -107.0333334243107020001 19930204 185.15 4241.6 4056.5 Rio Grande 07S.02W.10.341 33.711944 -107.0333334243107020001 19950209 184.6 4241.6 4057.0 Rio Grande 07S.02W.10.341 33.711944 -107.0333334243107020001 19970128 184.44 4241.6 4057.2 Rio Grande 07S.02W.10.341 33.711944 -107.0333334243107020001 19980212 184.2 4250 4065.8 Rio Grande 07S.02W.10.341 33.711944 -107.0333334243107020001 19990225 183.94 4235 4051.1 Rio Grande 07S.02W.10.341 33.711944 -107.0333334243107020001 20010315 183.73 4235 4051.3 Rio Grande 07S.02W.10.341 33.711944 -107.0333333949107015601 19850205 82.17 4235 4152.8 Rio Grande 94 07S.02W.34.123 33.663611 -107.0322334350106381601 19560223 143.67 4235 4091.3 07S.03E.04.231 33.730556 -106.6378334059106373501 19550223 115.84 4235 4119.2 07S.03E.22.314 33.683056 -106.6264333900106285801 19560223 90.39 4235 4144.6 07S.03E.36.333 33.65 -106.5928334331107101101 19800111 242.94 4235 3992.1 Rio Grande 07S.03W.08.121 33.725278 -107.1697 2.5b

334329107071201 19810403 120 4250 4130.0 Rio Grande 360 07S.03W.11.112A 33.724722 -107.12 15b

334323107071001 19830301 243 4235 3992.0 Rio Grande 432 07S.03W.11.112B 33.723056 -107.1194 30b

334103106302001 19550520 11.87 4235 4223.1 07S.04E.23.312 33.684167 -106.5056333959106322101 19550523 44.96 4235 4190.0 07S.04E.28.334 33.666389 -106.5392333955106315301 4235 07S.04E.33.400 33.665278 -106.5314334412107125601 19810325 435 4235 3800.0 Rio Grande 496 07S.04W.02.200 33.736667 -107.2156 30b





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334010107140101 19800807 171.92 4235 4063.1 Rio Grande 300 07S.04W.27.432 33.669444 -107.2336 10b

334010107140101 19850205 141.75 4235 4093.3 Rio Grande 300 07S.04W.27.432 33.669444 -107.2336334036107152401 19800807 50.14 4275 4224.9 Rio Grande 07S.04W.28.142 33.676667 -107.2567334408107225301 19800806 124.81 4230 4105.2 07S.05W.05.122 33.735556 -107.3814334046106203501 4260 07S.06E.29.414 33.679444 -106.3431334337106125501 19550519 68.48 4260 4191.5 07S.07E.09.222 33.726944 -106.2153334210106120001 4250 07S.07E.15.440 33.702778 -106.2334104106115801 4245 07S.07E.15.442 33.684444 -106.1994334226106151501 4246 07S.07E.18.400 33.707222 -106.2542334149107325001 19760806 18 4246 4228.0 101 07S.07W.15.300 33.696944 -107.5472334250106075401 19561121 242.8 4246 4003.2 710 07S.08E.08.322+DUP 33.713889 -106.1317334241106073601 4246 07S.08E.08.412 33.711389 -106.1267334156106045401 4246 07S.08E.14.323 RENFRO 33.698889 -106.0817334130106051801 4235 07S.08E.22.223 33.691667 -106.0883334014106075001 4350 07S.08E.29.144 33.670556 -106.1306333925106054801 4380 07S.08E.34.322 33.656944 -106.0967334351107382801 19800121 546.74 4380 3833.3 07S.08W.02.311 33.730833 -107.6411334335107401001 19781117 511.2 4380 3868.8 07S.08W.04.342A 33.726389 -107.6694334335107401001 19790214 510.25 4380 3869.8 07S.08W.04.342A 33.726389 -107.6694334335107401001 19800122 511.57 4380 3868.4 07S.08W.04.342A 33.726389 -107.6694334335107401001 19800123 511.57 4380 3868.4 07S.08W.04.342A 33.726389 -107.6694334335107401001 19810318 511.35 4380 3868.7 07S.08W.04.342A 33.726389 -107.6694334335107401002 19780413 49.5 4380 4330.5 07S.08W.04.344B 33.726389 -107.6694334335107401002 19780417 4.95 4380 4375.1 07S.08W.04.344B 33.726389 -107.6694334335107401002 19790214 7.43 4380 4372.6 07S.08W.04.344B 33.726389 -107.6694334335107401002 19800123 75.37 4380 4304.6 07S.08W.04.344B 33.726389 -107.6694334335107401002 19810318 81.82 4380 4298.2 07S.08W.04.344B 33.726389 -107.6694334109107402701 19780501 231.1 4380 4148.9 07S.08W.21.314 33.685833 -107.6742334109107402701 19900131 228.78 4380 4151.2 07S.08W.21.314 33.685833 -107.6742334109107402701 19910213 228.81 4380 4151.2 07S.08W.21.314 33.685833 -107.6742334109107402701 19920220 232.86 4380 4147.1 07S.08W.21.314 33.685833 -107.6742334109107402701 19930223 229.78 4380 4150.2 07S.08W.21.314 33.685833 -107.6742334109107402701 19940224 228.25 4380 4151.8 07S.08W.21.314 33.685833 -107.6742





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334109107402701 19950221 248.38 4380 4131.6 07S.08W.21.314 33.685833 -107.6742334109107402701 19960205 228.93 4380 4151.1 07S.08W.21.314 33.685833 -107.6742334038107402201 4380 07S.08W.28.141 HENDERSON 33.677222 -107.6728333409106270501 4380 465 80532344 33.569167 -106.4514333634106502101 19550209 189.76 4380 4190.2 Rio Grande 08S.01E.16.441 33.609444 -106.8392333500106471201 4380 08S.01E.25.420 33.583333 -106.7867333458106471201 19550209 163 4380 4217.0 300 08S.01E.25.421 33.582778 -106.7867333608106541901 19560814 231.26 4282 4050.7 Rio Grande 08S.01W.23.224 33.602222 -106.9053333354106565801 19560814 275.9 4285 4009.1 340 08S.01W.33.341 33.565 -106.9494 5b

333705106450201 4285 08S.02E.17.200 33.618056 -106.7506333711106450901 19560713 169.36 4257 4087.6 183 08S.02E.17.224 33.619722 -106.7525 2.5b

333549106425801 19550218 150.95 4257 4106.1 08S.02E.23.313 33.596944 -106.7161333435106405301 4260 08S.02E.25.400 33.576389 -106.6814333810107005001 19950419 62.85 4260 4197.2 Rio Grande 138 08S.02W.11.121 33.636111 -107.0139333719106380501 19560704 104.8 4260 4155.2 08S.03E.09.434 33.621944 -106.6347333827107072101 19560113 225.7 4260 4034.3 Rio Grande 277 08S.03W.02.331 33.640833 -107.1225333457107110401 19800723 259.66 4260 4000.3 Rio Grande 271 08S.03W.30.342 33.5825 -107.1844 4b

333357107052601 19850205 41.68 4260 4218.3 Rio Grande 65 08S.03W.36.444 33.565833 -107.0906333357107052601 19900129 31.54 4260 4228.5 Rio Grande 65 08S.03W.36.444 33.565833 -107.0906333357107052601 19950209 39.34 4257 4217.7 Rio Grande 65 08S.03W.36.444 33.565833 -107.0906333715106312001 4251 08S.04E.10.300 33.620833 -106.5222333722106282101 4246 08S.04E.12.444 DIRECT CO 33.622778 -106.4725333610106321201 19550523 45.75 4246 4200.3 08S.04E.21.123 33.602778 -106.5367333745107152301 19800807 85.04 4246 4161.0 Rio Grande 08S.04W.09.321 33.629167 -107.2564 6b

333405107165901 19800723 119.16 4246 4126.8 Rio Grande 200 08S.04W.31.441 33.568056 -107.2831333421107153001 19800723 355.9 4246 3890.1 Rio Grande 403 08S.04W.33.321 33.5725 -107.2583 18b

333437107133601 19800723 410.11 4246 3835.9 Rio Grande 08S.04W.35.113 33.576944 -107.2267333900106273201 19550509 342.49 4251 3908.5 08S.05E.05.311 33.65 -106.4589333409106272001 19650702 180.8 4251 4070.2 250 08S.05E.32.334 33.568889 -106.455333409106272001 19890313 176.42 4251 4074.6 250 08S.05E.32.334 33.568889 -106.455333409106272001 19890914 176.55 4246 4069.5 250 08S.05E.32.334 33.568889 -106.455333409106272001 19900220 176.32 4246 4069.7 250 08S.05E.32.334 33.568889 -106.455333409106272001 19900914 176.28 4246 4069.7 250 08S.05E.32.334 33.568889 -106.455





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333409106272001 19950224 174.97 4246 4071.0 250 08S.05E.32.334 33.568889 -106.455333409106272001 19950831 174.93 4246 4071.1 250 08S.05E.32.334 33.568889 -106.455333409106272001 19960828 175.08 4246 4070.9 250 08S.05E.32.334 33.568889 -106.455333415106270001 19550520 192.28 4266 4073.7 08S.05E.32.431 33.570833 -106.45333412106265601 19660428 201.63 4230 4028.4 290 08S.05E.32.431 MURRAY-SW 33.57 -106.4489333407107211501 19610713 110 4267 4157.0 08S.05W.33.400 33.568611 -107.3542334248106075501 4267 08S.07E.08.322A 33.713333 -106.1319333709107334301 19780101 758.2 4267 3508.8 08S.07W.16.23214 33.619167 -107.5619333506107362401 19780412 82.05 4267 4185.0 08S.07W.30.313 33.585 -107.6067333421107360301 4267 08S.07W.31.144 SPRING 33.5725 -107.6008333438107353601 19780512 89.77 4260 4170.2 08S.07W.31.223 33.577222 -107.5933333422107360501 4260 08S.07W.31.233 SPRING 33.572778 -107.6014323155107353501 4235 08S.07W.31.241 SPRING-OJ 33.531944 -107.5931333425107353501 4235 08S.07W.31.244 OJO CALIE 33.573611 -107.5931333426107353501 4245 08S.07W.31.300 OJO CALIE 33.573889 -107.5931334248106075502 4265 08S.08E.08.322B 33.713333 -106.1319333845107364101 19781115 333.55 4245 3911.5 08S.08W.01.243 33.645833 -107.6114333813107400201 19780412 44.99 4246 4201.0 08S.08W.09.211 33.636944 -107.6672333740107392301 19780412 34.4 4246 4211.6 124 08S.08W.10.314 33.627778 -107.6564333740107392301 19790214 36.16 4265 4228.8 124 08S.08W.10.314 33.627778 -107.6564333740107392301 19810318 37.98 4265 4227.0 124 08S.08W.10.314 33.627778 -107.6564333740107392301 19900131 32.32 4266 4233.7 124 08S.08W.10.314 33.627778 -107.6564333740107392301 19910213 34.34 4266 4231.7 124 08S.08W.10.314 33.627778 -107.6564333740107392301 19920220 35.44 4266 4230.6 124 08S.08W.10.314 33.627778 -107.6564333740107392301 19930223 24.09 4265 4240.9 124 08S.08W.10.314 33.627778 -107.6564333740107392301 19960206 35.69 4265 4229.3 124 08S.08W.10.314 33.627778 -107.6564333740107392301 20010206 34.52 4265 4230.5 124 08S.08W.10.314 33.627778 -107.6564333733107391801 19780412 28.04 4265 4237.0 08S.08W.10.341 33.625833 -107.655333733107391801 19790328 30.53 4265 4234.5 08S.08W.10.341 33.625833 -107.655333733107391802 19790328 31.65 4245 4213.4 08S.08W.10.341A 33.625833 -107.655333643107363201 4246 08S.08W.13.442 33.611944 -107.6089333700107383701 19780412 43.98 4246 4202.0 50 08S.08W.15.244 33.616667 -107.6436333702107420301 19780504 404.04 4235 3831.0 08S.08W.18.23414 33.617222 -107.7008





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333616107390901 19780503 22.65 4235 4212.4 08S.08W.22.142 33.604444 -107.6525333616107390901 19910213 23.62 4235 4211.4 08S.08W.22.142 33.604444 -107.6525333525107374901 19780510 18.68 4235 4216.3 08S.08W.26.232 33.590278 -107.6303333416107414601 19780502 345.26 4235 3889.7 08S.08W.31.424 33.571111 -107.6961333356107404901 19780502 356.83 4235 3878.2 08S.08W.32.443 33.565556 -107.6803333446107373301 4238 08S.08W.35.222 33.579444 -107.6258333124106524901 19560814 326.13 4233 3906.9 368 09S.01E.18.324 33.523333 -106.8803333124106524901 19850206 325.88 4233 3907.1 368 09S.01E.18.324 33.523333 -106.8803333124106524901 19900126 322.15 4240 3917.9 368 09S.01E.18.324 33.523333 -106.8803333124106524901 19950322 318.15 4230 3911.9 368 09S.01E.18.324 33.523333 -106.8803333125106525001 19560814 326.13 4226 3899.9 355 09S.01E.18.341 33.523611 -106.8806332912106482201 4240 09S.01E.35.200 33.486667 -106.8061333040106551401 19560814 272.41 4246 3973.6 300 09S.01W.23.311 33.511111 -106.9206333038106551001 09S.01W.23.311+DUP 33.510556 -106.9194333207106450601 19580906 60 125 09S.02E.08.440 33.535278 -106.7517333026106464401 09S.02E.19.300 33.507222 -106.7789333053106451201 09S.02E.20.200 33.514722 -106.7533332946106414501 19570211 36.84 09S.02E.25.311 33.496111 -106.6958332919106432101 19560713 48.86 09S.02E.34.211 33.488611 -106.7225332941106381701 19550629 39.31 09S.03E.28.324 33.494722 -106.6381333325107065601 19830115 120 4240 4120.0 Rio Grande 122 09S.03W.02.322 33.556944 -107.1156 20b

333325107065601 19850205 108.7 4240 4131.3 Rio Grande 122 09S.03W.02.322 33.556944 -107.1156333325107065601 19860114 99.97 4232 4132.0 Rio Grande 122 09S.03W.02.322 33.556944 -107.1156333105107094801 19800723 259.65 4232 3972.4 Rio Grande 09S.03W.20.232 33.518056 -107.1633 18b

333321106320501 4242 09S.04E.04. 33.555833 -106.5347333111106341001 19550602 18.38 4242 4223.6 09S.04E.18.344 33.519722 -106.5694333325107134201 4235 Rio Grande 09S.04W.03.421 NOGAL CAN 33.556944 -107.2283333345106264001 4235 09S.05E.05.241 33.5625 -106.4444333155106250501 4235 09S.05E.15.143 33.531944 -106.4181332901106252501 19560411 138.55 4235 4096.5 175 09S.05E.34.313 33.483611 -106.4236332915107244901 19800809 10.83 4235 4224.2 09S.06W.36.141 33.4875 -107.4136333235107360601 19780511 20.67 4235 4214.3 09S.07W.07.144 33.543056 -107.6017333254107351101 19780511 44 4235 4191.0 09S.07W.08.121 33.548333 -107.5864





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333136107361601 19790406 62.7 4235 4172.3 09S.07W.18.312 33.526667 -107.6044333322107353501 4235 09S.07W.6.423 ALUM SPRIN 33.556111 -107.5931333313107373101 19780510 48.7 4235 4186.3 09S.08W.01.33131 33.553611 -107.6253333313107373101 19910213 54.14 4235 4180.9 09S.08W.01.33131 33.553611 -107.6253333344107390801 4235 09S.08W.03.142 SAM COX W 33.562222 -107.6519333354107384901 4235 09S.08W.03.213 FALCO WEL 33.565 -107.6469333257107404601 19780510 247.36 4235 3987.6 09S.08W.08.223 33.549167 -107.6794333157107371201 19780511 243.22 4235 3991.8 09S.08W.13.123 33.5325 -107.62333146107384001 19780511 182.95 4235 4052.1 09S.08W.15.244 33.529444 -107.6444333146107384001 19790406 182.98 4235 4052.0 09S.08W.15.244 33.529444 -107.6444333150107402401 19780510 100.93 4235 4134.1 09S.08W.16.243 33.530556 -107.6733333116107415301 19780510 234.56 4235 4000.4 09S.08W.19.221 33.521111 -107.6981333108107364201 19790406 5.38 4235 4229.6 09S.08W.24.221 33.518889 -107.6117333005107374301 19790406 245 4235 3990.0 09S.08W.26.241 33.501389 -107.6286333019107402201 19790329 132.62 4235 4102.4 09S.08W.28.121 33.505278 -107.6728333019107402201 19910213 136.27 4235 4098.7 09S.08W.28.121 33.505278 -107.6728332933107423701 19790329 307.04 4235 3928.0 09S.08W.30.333 33.4925 -107.7103332848107375801 19790406 124.6 4235 4110.4 09S.08W.35.431 33.48 -107.6328342516106430001 19960312 280 4235 3955.0 Rio Grande 360 12N.02E.03.43 34.421111 -106.7167340842106560201 19920621 240 4235 3995.0 Rio Grande 300 2S.1W.10.343 34.145 -106.9339334712106285801 19920516 212 4235 4023.0 300 6S.4E.13.322 33.786667 -106.4828341242106452301 4235 Rio Grande SEVILLETA GRANT(34124210 34.211667 -106.7564341412107003301 4235 Rio Grande SEVILLETA GRANT(34141210 34.236667 -107.0092341420107013001 4235 La Jencia SEVILLETA GRANT(34142010 34.238889 -107.025341427107001501 4235 Rio Grande SEVILLETA GRANT(34142710 34.240833 -107.0042342231106372401 4235 Rio Grande SEVILLETA GRANT(34223110 34.375278 -106.6233340252106561601 4235 Rio Grande TOWN OF SOCORRO COOK SP 34.047778 -106.9378340225106561801 4235 Rio Grande TOWN OF SOCORRO GRANT 34.040278 -106.9383340218106562001 4235 Rio Grande TOWN OF SOCORRO SEDILLO 34.038333 -106.9389330710107174801 4235 377 3140406313 33.119444 -107.2967330715107172301 4235 410 03140406411A 33.120833 -107.2897332915107244901 19800809 10.83 4230 4219.2 09S.06W.36.141 33.4875 -107.4136332848107375801 19790406 124.6 4375 4250.4 09S.08W.35.431 33.48 -107.6328





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332845107453201 19560120 9.22 4360 4350.8 16 09S.09W.34.343 33.479167 -107.7583332924107441301 19790405 21.7 4300 4278.3 09S.09W.35.211 33.49 -107.7369332530107010001 4282 6040 10S.02W.25.100 SUN OIL T 33.425 -107.0167332808107095601 19661201 90 4531 4441.0 Rio Grande 174 10S.03W.05.410 33.468889 -107.1656332605107093301 4528 Rio Grande 9.1 10S.03W.16.333 33.434722 -107.1592332643107104601 4528 Rio Grande 10S.03W.18.223 33.445833 -107.1792332649107104601 19840302 202.53 4528 4325.5 Rio Grande 213 10S.03W.18.241 33.447222 -107.1806332649107104601 19890216 174.22 4558 4383.8 Rio Grande 213 10S.03W.18.241 33.447222 -107.1806332649107104601 19940215 173.69 Rio Grande 213 10S.03W.18.241 33.447222 -107.1806332517107101901 Rio Grande 10S.03W.20.114 33.421389 -107.1719332550107102001 19710923 2.25 Rio Grande 10.5 10S.03W.20.141 33.430556 -107.1722332550107102001 19710929 2.25 Rio Grande 10.5 10S.03W.20.141 33.430556 -107.1722332550107102001 19711014 2.26 Rio Grande 10.5 10S.03W.20.141 33.430556 -107.1722332603107100201 19710924 4.14 Rio Grande 12.3 10S.03W.20.211 33.434167 -107.1672332603107100201 19710929 4.21 Rio Grande 12.3 10S.03W.20.211 33.434167 -107.1672332603107100201 19711014 4.24 Rio Grande 12.3 10S.03W.20.211 33.434167 -107.1672332533107102701 19710923 9.41 Rio Grande 10.9 10S.03W.20.312 33.425833 -107.1742332533107102701 19710929 9.51 Rio Grande 10.9 10S.03W.20.312 33.425833 -107.1742332533107102701 19711014 9.49 Rio Grande 10.9 10S.03W.20.312 33.425833 -107.1742332533107102702 19710923 12.12 Rio Grande 18.6 10S.03W.20.312A 33.425833 -107.1742332533107102702 19710929 11.99 Rio Grande 18.6 10S.03W.20.312A 33.425833 -107.1742332533107102702 19711014 11.96 Rio Grande 18.6 10S.03W.20.312A 33.425833 -107.1742332518107102501 19710923 8.91 Rio Grande 12.8 10S.03W.20.332 33.421667 -107.1736332518107102501 19710929 9 Rio Grande 12.8 10S.03W.20.332 33.421667 -107.1736332518107102501 19711014 9.12 Rio Grande 12.8 10S.03W.20.332 33.421667 -107.1736332417107110901 19771201 84 Rio Grande 192 10S.03W.31.122 33.404722 -107.1858332637107165801 Rio Grande 175 10S.04W.18.240 33.443611 -107.2828332503107141201 19840302 380.43 Rio Grande 10S.04W.27.142 33.416667 -107.2361332503107141201 19940215 338 Rio Grande 10S.04W.27.142 33.416667 -107.2361332336107114601 19800809 237.78 Rio Grande 10S.04W.36.442 33.393333 -107.1961332328107114001 19571201 220 Rio Grande 400 10S.04W.36.444 33.391111 -107.1944332553107211101 19800807 88.96 Rio Grande 10S.05W.21.223 33.431389 -107.3531332548107211201 19800807 31.12 Rio Grande 10S.05W.21.241 33.43 -107.3533





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332532107204601 19560121 32.05 Rio Grande 37 10S.05W.22.312 33.425556 -107.3461332514107202601 19800807 27.44 Rio Grande 34 10S.05W.22.334 33.420556 -107.3406332725107302101 19790201 48 150 10S.06W.07.131 33.456944 -107.5058332725107302102 19790201 33 151 10S.06W.07.131A 33.456944 -107.5058332719107300701 19761014 54.5 150 10S.06W.07.134 33.455278 -107.5019332719107300702 19790601 93 125 10S.06W.07.134A 33.455278 -107.5019332600107292001 Rio Grande 85 10S.06W.18.444 33.433333 -107.4889332556107292101 19580109 35.98 Rio Grande 130 10S.06W.19.222 33.432222 -107.4892332553107291101 19750401 48 Rio Grande 149 10S.06W.20.110 33.431389 -107.4864332425107280701 19740301 53 Rio Grande 125 10S.06W.28.330 33.406944 -107.4686332432107281601 19781129 61 Rio Grande 98 10S.06W.29.400 33.408889 -107.4711332441107281701 19580109 65.91 Rio Grande 125 10S.06W.29.422 33.411389 -107.4714332916107272801 Rio Grande 10S.06W.33.221 33.404444 -107.4578332352107274901 19560121 56.55 Rio Grande 10S.06W.33.322 33.397778 -107.4636332347107270801 19770215 70 Rio Grande 106 10S.06W.34.310 33.396389 -107.4522332347107270802 Rio Grande 126 10S.06W.34.310A 33.396389 -107.4522332347107270803 19580109 106.87 Rio Grande 158 10S.06W.34.310B 33.396389 -107.4522332349107270301 19800716 76.87 Rio Grande 10S.06W.34.312 33.396944 -107.4508332349107265601 Rio Grande 85 10S.06W.34.321 33.396944 -107.4489332343107265601 Rio Grande 123 10S.06W.34.323 33.395278 -107.4489332343107265602 Rio Grande 120 10S.06W.34.323A 33.395278 -107.4489332342107264501 Rio Grande 125 10S.06W.34.324 33.395 -107.4458332342107264502 Rio Grande 130 10S.06W.34.324A 33.395 -107.4458332347107265301 19840229 49.58 Rio Grande 55 10S.06W.34.341 33.397222 -107.4472332347107265301 19890215 48.93 Rio Grande 55 10S.06W.34.341 33.397222 -107.4472332347107265301 19940215 45.38 Rio Grande 55 10S.06W.34.341 33.397222 -107.4472332727107402801 19790404 357.12 500 10S.08W.09.132 33.4575 -107.6744332727107410301 10S.08W.09.132 BLM GARRE 33.456944 -107.6847332646107370901 19790406 11.57 Rio Grande 10S.08W.13.123 33.446111 -107.6192332643107403601 19411023 189.5 10S.08W.17.220 33.445278 -107.6767332612107420301 19790404 48.1 Rio Grande 10S.08W.18.432 33.436667 -107.7008332546107413501 19790404 58.58 Rio Grande 10S.08W.20.113 33.429444 -107.6931332523107413501 19790404 78.43 Rio Grande 10S.08W.20.313 33.423056 -107.6931





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332549107393801 19790406 337.46 Rio Grande 10S.08W.21.224 33.430278 -107.6606332430107410901 19411023 53.3 Rio Grande 10S.08W.29.000 33.408333 -107.6858332723107412601 19790405 16.44 125 10S.09W.12.143 33.456389 -107.7242332723107434501 10S.09W.12.143 SAGE IRRI 33.456944 -107.7292332133107103801 Rio Grande 128 11S.03W.17.110 33.359167 -107.1772332132107112001 19800807 125.78 Rio Grande 11S.03W.18.123 33.358889 -107.1889332108107171301 19620214 100 Rio Grande 173 11S.04W.18.410 33.352222 -107.2869331846107173101 19840229 16.82 Rio Grande 11S.04W.31.312 33.313889 -107.2917331846107173101 19890215 12.58 Rio Grande 11S.04W.31.312 33.313889 -107.2917331846107173101 19940215 15.33 Rio Grande 11S.04W.31.312 33.313889 -107.2917331825107170701 19571118 55.1 Rio Grande 11S.04W.31.440 33.306944 -107.2853331825107170702 Rio Grande 11S.04W.31.440A 33.306944 -107.2853331825107170703 19571118 20 Rio Grande 11S.04W.31.440B 33.306944 -107.2853331819107164301 19571118 22.1 Rio Grande 11S.04W.32.330 33.305278 -107.2786331832107161701 19800718 32.99 Rio Grande 70 11S.04W.32.413 33.308889 -107.2714331833107155901 19840301 27.22 Rio Grande 34 11S.04W.32.432 33.308333 -107.2667331833107155901 19890215 23.72 Rio Grande 34 11S.04W.32.432 33.308333 -107.2667331833107155901 19940215 25.6 Rio Grande 34 11S.04W.32.432 33.308333 -107.2667332013107234701 Rio Grande 11S.05W.19.323 33.3375 -107.3958331910107195001 Rio Grande 251 11S.05W.26.330 33.319444 -107.3306331914107200201 19840301 34.28 Rio Grande 11S.05W.26.333 33.319444 -107.3333331914107200201 19890215 33.82 Rio Grande 11S.05W.26.333 33.319444 -107.3333331914107200201 19940215 33.05 Rio Grande 11S.05W.26.333 33.319444 -107.3333331910107193501 19751108 24 Rio Grande 225 11S.05W.26.340 33.319444 -107.3278331926107193101 19840229 1.78 Rio Grande 11S.05W.26.431 33.325 -107.325331926107193101 19890215 Rio Grande 11S.05W.26.431 33.325 -107.325331926107193101 19940215 Rio Grande 11S.05W.26.431 33.325 -107.325331933107215901 Rio Grande 11S.05W.28.133 33.325833 -107.3664331900107194601 19840301 36.99 Rio Grande 11S.05W.35.141 33.316667 -107.3306331900107194601 19890215 36.66 Rio Grande 11S.05W.35.141 33.316667 -107.3306331900107194601 19940215 36.44 Rio Grande 11S.05W.35.141 33.316667 -107.3306331902107182701 19810210 45.39 Rio Grande 50 11S.05W.36.1222 33.317222 -107.3075332238107254501 Rio Grande 11S.06W.02.344 33.377222 -107.4292





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332232107254501 Rio Grande 80 11S.06W.11.122 33.375556 -107.4292332224107254601 Rio Grande 125 11S.06W.11.124 33.373333 -107.4294332158107251901 Rio Grande 11S.06W.11.423 33.366111 -107.4219332153107251401 19810211 86.49 Rio Grande 11S.06W.11.442 33.364722 -107.4206332146107250701 Rio Grande 85 11S.06W.12.333 33.362778 -107.4186331950107282601 19790803 300 Rio Grande 372 11S.06W.29.220 33.330556 -107.4739331834107282301 19790101 262 Rio Grande 500 11S.06W.32.422 33.309444 -107.4731332057107343601 19771030 167 Rio Grande 195 11S.07W.17.440 33.349167 -107.5767331654107110201 19810210 49.42 Rio Grande 12S.03W.07.23344 33.281667 -107.1839331435107113401 19810210 87.5 Rio Grande 12S.03W.30.112 33.243056 -107.1928331805107135401 19631001 112 Rio Grande 245 12S.04W.03.220 33.301389 -107.2317331808107135601 19810213 103.55 Rio Grande 12S.04W.03.2213 33.302222 -107.2322331431107132901 19920512 195 Rio Grande 235 12S.04W.27.1 33.241944 -107.2247331412107160001 19800811 479.88 Rio Grande 600 12S.04W.29.421 33.236667 -107.2667331355107155901 19610927 428.91 Rio Grande 600 12S.04W.29.440 33.231944 -107.2664331355107155901 19630621 429.83 Rio Grande 600 12S.04W.29.440 33.231944 -107.2664331316107164401 19660101 380 Rio Grande 422 12S.04W.32.310 33.221111 -107.2789331324107121401 19810209 89.08 Rio Grande 254 12S.04W.36.1344 33.223333 -107.2094331740107194001 19810211 356.32 Rio Grande 12S.05W.02.321 33.294444 -107.3278331736107240701 19800101 300 Rio Grande 500 12S.05W.06.313 33.293333 -107.4019331403107201401 Rio Grande 12S.05W.27.300 33.234167 -107.3372331356107203701 19760801 32 Rio Grande 125 12S.05W.27.340 33.232222 -107.3436331423107223601 Rio Grande 49.7 12S.05W.28.142 33.239722 -107.3767331410107220001 Rio Grande 51 12S.05W.28.311 33.236111 -107.3667331412107213501 19810211 48.5 Rio Grande 12S.05W.28.3222 33.236667 -107.3597331424107224701 19810211 54 Rio Grande 12S.05W.29.1411 33.24 -107.3797331419107225701 19730601 54 Rio Grande 150 12S.05W.29.1412 33.239722 -107.3789331419107225701 19810211 54.24 Rio Grande 150 12S.05W.29.1412 33.239722 -107.3789331418107220801 19730127 32 Rio Grande 150 12S.05W.29.240 33.238333 -107.3689331342107184701 19731219 19 Rio Grande 100 12S.05W.36.110 33.228333 -107.3131331632107334301 Rio Grande 28 12S.07W.09.430 33.275556 -107.5619331627107353701 19560120 19.41 Rio Grande 12S.07W.18.210 33.274167 -107.5936330823107061901 19840223 147.73 13S.03W.36.123 33.138889 -107.1056





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330743107062101 19830223 147.4 13S.03W.36.343 33.128611 -107.1058330743107062101 19850211 147.35 13S.03W.36.343 33.128611 -107.1058331025107142701 19691119 121 Rio Grande 199 13S.04S.15.340 33.173611 -107.2408331235107124501 19840301 41.48 Rio Grande 13S.04W.01.133 33.211111 -107.2139331235107124501 19890215 14.9 Rio Grande 13S.04W.01.133 33.211111 -107.2139331235107124501 19940215 16.59 Rio Grande 13S.04W.01.133 33.211111 -107.2139331229107122901 Rio Grande 13S.04W.01.300 33.208333 -107.2083331229107122601 19810210 48.55 Rio Grande 13S.04W.01.321 33.208056 -107.2072331254107132801 19600406 208 Rio Grande 326 13S.04W.02.320 33.213889 -107.225331216107131701 19630621 165 Rio Grande 401 13S.04W.02.431 33.204444 -107.2214331216107131701 19810210 120.44 Rio Grande 401 13S.04W.02.431 33.204444 -107.2214330740107151801 Rio Grande 13S.04W.04.211 33.127778 -107.255331210107151201 Rio Grande 13S.04W.04.433 33.202778 -107.2533330737107174801 19470122 98 Rio Grande 334 13S.04W.06.110 33.126944 -107.2967331116107162001 19720225 82.03 Rio Grande 13S.04W.08.433 33.188889 -107.2722331116107162001 19730126 72.6 Rio Grande 13S.04W.08.433 33.188889 -107.2722331116107162001 19740122 79.52 Rio Grande 13S.04W.08.433 33.188889 -107.2722331116107162001 19750210 85.29 Rio Grande 13S.04W.08.433 33.188889 -107.2722331116107162001 19760210 82.48 Rio Grande 13S.04W.08.433 33.188889 -107.2722331116107162001 19770228 79.49 Rio Grande 13S.04W.08.433 33.188889 -107.2722331116107162001 19790214 81.75 Rio Grande 13S.04W.08.433 33.188889 -107.2722331116107162001 19800220 80.35 Rio Grande 13S.04W.08.433 33.188889 -107.2722331116107162001 19810309 84.89 Rio Grande 13S.04W.08.433 33.188889 -107.2722331116107162001 19840301 82.6 Rio Grande 13S.04W.08.433 33.188889 -107.2722331203107135401 19690517 215 Rio Grande 265 13S.04W.10.222 33.200833 -107.2317331118107131201 19600314 215 Rio Grande 353 13S.04W.11.430 33.188333 -107.22331048107122701 19630701 61 Rio Grande 498 13S.04W.13.143 33.18 -107.2075331106107143301 Rio Grande 227 13S.04W.15.100 33.185 -107.2425331007107144201 19780801 165 Rio Grande 216 13S.04W.15.100+DUP 33.168611 -107.245331052107143601 19730808 153 Rio Grande 217 13S.04W.15.100+DUP2 33.181111 -107.2433331058107143601 19730731 203 Rio Grande 258 13S.04W.15.100+DUP3 33.182778 -107.2433331052107141101 19740223 110 Rio Grande 180 13S.04W.15.230 33.181111 -107.2364331025107142702 19660416 135 Rio Grande 200 13S.04W.15.340 33.173611 -107.2408





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331105107152701 19700701 97 Rio Grande 138 13S.04W.16.120 33.184722 -107.2575331105107162801 19760201 86 Rio Grande 200 13S.04W.17.120 33.184722 -107.2744331034107161201 19760927 33 Rio Grande 243 13S.04W.17.414 33.176111 -107.27331036107162001 19840301 85.11 Rio Grande 118 13S.04W.17.431 33.177778 -107.2722331036107162001 19940215 78.82 Rio Grande 118 13S.04W.17.431 33.177778 -107.2722331036107162001 19990120 80.9 Rio Grande 118 13S.04W.17.431 33.177778 -107.2722331013107152601 19711015 75 Rio Grande 294 13S.04W.21.120 33.170278 -107.2572331007107151101 19780301 71 Rio Grande 105 13S.04W.21.200 33.168611 -107.2531331016107151601 19731114 70 Rio Grande 100 13S.04W.21.211 33.171111 -107.2544331002107150001 19720225 65.56 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19740122 62.26 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19750210 62.61 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19760210 61.35 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19770228 61.47 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19780216 62.3 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19790214 63.7 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19800220 63.53 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19810309 64 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19810929 63.29 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19820330 63.34 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19830217 62.44 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19830816 62.29 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19840301 61.06 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19840727 61.21 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19850816 58.17 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19860228 57.36 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19860904 54.72 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19870831 53.2 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19880121 53.16 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19890215 51.8 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19900914 50.37 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19910319 50.28 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19920227 49.73 Rio Grande 13S.04W.21.213 33.166667 -107.25





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331002107150001 19920727 48.84 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19930205 49.31 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19930716 49.98 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19940215 50.06 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19940728 49.52 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19950210 49.43 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19950703 49.59 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19960209 49.16 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19960830 45.06 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19970228 46.54 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19970724 47.28 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19980311 47.1 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19980728 47.94 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19990120 47.68 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 19990726 47.8 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 20000204 47.16 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 20000725 48.21 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 20010215 48.44 Rio Grande 13S.04W.21.213 33.166667 -107.25331002107150001 20010726 49.49 Rio Grande 13S.04W.21.213 33.166667 -107.25331003107150601 19720119 70 Rio Grande 106 13S.04W.21.232 33.1675 -107.2517330957107151601 19740404 91 Rio Grande 135 13S.04W.21.233 33.165833 -107.2544330957107150801 19580901 75 Rio Grande 13S.04W.21.234 33.165833 -107.2522331000107145601 19770718 63 Rio Grande 99.4 13S.04W.21.240 33.166667 -107.2489330948107145501 19751001 55 Rio Grande 119 13S.04W.21.420 33.163333 -107.2486330946107145301 19721231 52 Rio Grande 100 13S.04W.21.424 33.162778 -107.2481330951107142001 19690128 60 Rio Grande 95 13S.04W.22.000 33.164167 -107.2389331007107143501 19600601 80 Rio Grande 130 13S.04W.22.100 33.168611 -107.2431330942107143801 19560121 47.16 Rio Grande 72 13S.04W.22.300 33.161667 -107.2439330942107143101 Rio Grande 13S.04W.22.300+DUP 33.161667 -107.2419330933107144301 19600122 140 Rio Grande 140 13S.04W.22.330 33.159167 -107.2453330904107144101 Rio Grande 100 13S.04W.22.330+DUP 33.151111 -107.2447330933107144302 19600628 47 Rio Grande 90 13S.04W.22.330A 33.159167 -107.2453330937107144601 19660524 67 Rio Grande 100 13S.04W.22.331 33.160278 -107.2461





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330943107135301 19680204 48 Rio Grande 82 13S.04W.22.424 33.161944 -107.2314330848107133501 19580326 25 Rio Grande 26 13S.04W.26.300 33.146667 -107.2264330842107132801 19650407 7 Rio Grande 34 13S.04W.26.340 33.145 -107.2244330854107145301 Rio Grande 13S.04W.28.420 33.148333 -107.2481330809107151902 Rio Grande 13S.04W.33 33.135833 -107.2553331322107152201 Rio Grande 13S.04W.33.000 33.222222 -107.2556330809107151901 Rio Grande 13S.04W.33.000+DUP 33.136111 -107.2556330746107153801 Rio Grande 13S.04W.33.334 33.129444 -107.2606330750107152701 Rio Grande 147 13S.04W.33.340 33.130556 -107.2575330747107152001 19400615 -0.85 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19401023 -0.14 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19410226 -0.57 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19410621 -0.52 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19411025 -0.95 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19420317 -1.2 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19420819 -0.95 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19421124 -0.83 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19430428 -0.83 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19430708 -0.56 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19431010 -0.24 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19440106 -0.3 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19440411 -0.44 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19440622 -0.35 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19440915 -0.13 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19441120 -0.44 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19450102 -0.7 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19450319 -0.71 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19450513 -0.7 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19450719 -0.2 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19450910 -0.32 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19460521 -0.03 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19460723 -0.05 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19460926 -0.09 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556





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330747107152001 19461105 -0.22 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19470121 -0.36 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19470326 -0.39 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19470730 -0.08 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19471105 0.1 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19480117 -0.27 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19480326 -0.53 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19480528 -0.48 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19480720 -0.33 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19480915 0.05 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19481115 0.34 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19490104 0.35 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19490314 0.09 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19490516 -0.06 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19490719 0.25 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19490906 0.29 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19510129 0.14 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19520131 0.58 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19530105 0.79 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19540105 1.23 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19550114 0.54 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19560123 0.93 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19570107 1.35 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19580106 -0.43 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19590106 -0.58 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19600104 0.41 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19610120 0.79 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19620102 0.95 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19630103 0.86 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19640106 1.11 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19650104 1.1 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19660124 1.05 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19670112 0.95 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556





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330747107152001 19680117 0.8 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19690106 0.65 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152001 19700120 2.52 Rio Grande 125 13S.04W.33.344 33.130556 -107.2556330747107152002 19400615 -0.9 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19401023 -0.18 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19410226 -0.62 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19410621 -0.57 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19411025 -0.98 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19420317 -1.23 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19420819 -1 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19421124 -0.88 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19430428 -0.88 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19430708 -0.6 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19431010 -0.29 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19440106 -0.35 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19440411 -0.48 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19440622 -0.39 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19440915 -0.17 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19441120 -0.5 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19450102 -0.75 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19450319 -0.75 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19450513 -0.74 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19450719 -0.25 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19450910 -0.36 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19460521 -0.07 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19460723 -0.09 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19460926 -0.12 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19461105 -0.26 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19470121 -0.41 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19470326 -0.43 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19470730 -0.11 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19470930 -0.04 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19471105 0.04 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556





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330747107152002 19480117 -0.3 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19480326 -0.57 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19480528 -0.53 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19480720 -0.36 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19490104 0.3 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19490314 0.04 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19490516 -0.1 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19490719 0.22 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19490906 0.29 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19491129 0.06 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19510129 0.11 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19520131 0.58 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19530105 0.75 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19540105 1.23 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19550114 0.58 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19560123 1.05 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19570107 1.41 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19580106 -0.35 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19590106 -0.68 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19600104 0.53 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19610120 0.69 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19620102 0.84 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19630102 0.88 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19640106 1.18 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19650104 1.09 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19660124 1.59 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19670112 0.89 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19680117 0.96 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19690106 0.39 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330747107152002 19700120 2.1 Rio Grande 125 13S.04W.33.344 A 33.130556 -107.2556330746107152601 Rio Grande 13S.04W.33.344+DUP 33.129444 -107.2572330757107150201 Rio Grande 13S.04W.33.400 33.1325 -107.2506330747107151901 19390329 1.92 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556





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330747107151901 19390413 1.55 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19390427 2.46 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19390616 1.58 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19390913 1.63 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19391201 1.98 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19400228 1.85 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19400406 1.45 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19400426 1.42 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19400615 1.4 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19401023 2.03 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19410226 1.65 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19410621 1.68 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19411025 1.34 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19420317 1.19 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19420819 1.38 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19421124 1.49 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19430428 1.45 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19430708 1.62 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19431010 0.86 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19440106 1.76 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19440411 1.69 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19440622 1.78 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19440915 1.89 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19441120 1.61 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19450102 1.45 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19450319 1.45 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19450513 1.54 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19450719 1.8 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19450910 1.79 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19451121 1.88 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19460106 1.77 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19460327 1.72 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19460521 1.77 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556





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330747107151901 19460626 1.93 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19460723 2.07 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19461105 1.83 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19470121 1.76 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19470326 1.7 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19470529 1.82 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19470730 1.95 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19470930 2.1 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19471104 2.08 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19480117 1.85 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19480326 1.58 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19480528 1.63 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19480720 1.72 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19480915 2.05 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19481115 2.31 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19490104 2.29 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19490314 2.05 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19490516 1.98 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19490719 1.96 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19490906 2.23 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19491129 2.11 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19500123 2 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19510129 2.09 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19520131 2.41 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19530105 2.57 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19540105 2.96 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19550114 2.43 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19560123 2.72 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19570107 2.92 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19580106 1.72 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19590106 1.48 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19600104 2.35 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19610120 2.45 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556





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330747107151901 19620102 2.63 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19630102 2.6 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19640106 2.73 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19650104 2.36 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19660124 3.91 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19670112 3.6 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19671012 3.6 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19680117 1.4 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19690106 3.15 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330747107151901 19700120 2.87 Rio Grande 55 13S.04W.33.433 33.130556 -107.2556330745107150801 19390322 1.73 Rio Grande 101 13S.04W.33.433+DUP 33.129167 -107.2522330752107151801 19390228 -0.93 Rio Grande 258 13S.04W.33.434 33.131111 -107.255330747107150502 19390328 1.41 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19390413 1.07 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19390427 0.91 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19390616 1.07 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19390913 1.2 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19391201 1.53 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19400228 1.48 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19400406 1.05 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19400426 0.95 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19400615 0.96 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19401023 1.7 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19410226 1.26 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19410621 1.31 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19411025 0.9 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19420317 0.63 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19420819 0.82 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19421124 0.97 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19430428 0.98 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19431010 1.52 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19440106 1.44 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19440411 1.34 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528





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330747107150502 19440622 1.37 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19440915 1.62 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19441120 1.23 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19450102 1.01 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19450319 1.04 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19450513 1.09 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19450719 1.39 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19450910 1.42 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19451121 1.56 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19460106 1.47 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19460327 1.39 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19470121 1.42 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19470326 1.33 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19470529 1.46 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19470730 1.65 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19470930 1.81 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19471104 1.76 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19480117 1.49 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19480326 1.23 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19480528 1.26 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19480720 1.43 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19480915 1.77 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19481115 2.07 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19490104 2.07 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19490314 1.73 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19490719 1.7 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19490906 2 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19491129 1.88 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19500123 1.76 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19510129 1.78 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19520131 2.26 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19530105 2.72 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19540105 3.27 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528





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330747107150502 19550114 2.7 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19560123 2.79 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19570107 3.37 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19580106 1.72 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19590106 0.98 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19600104 2.06 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19610120 2.33 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19620102 2.55 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19630102 2.53 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19640104 2.88 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19640106 2.7 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19660124 2.66 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19670112 2.53 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19680117 2.09 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330747107150502 19700120 3.63 Rio Grande 125 13S.04W.33.434 A 33.130556 -107.2528330748107150901 Rio Grande 13S.04W.33.434+DUP 33.13 -107.2525330752107151803 Rio Grande 13S.04W.33.434B 33.131111 -107.255330759107144601 19390330 -6 Rio Grande 120 13S.04W.34.313 33.133056 -107.2461330755107141301 Rio Grande 13S.04W.34.400 33.131944 -107.2375330828107133401 19690627 6 Rio Grande 38 13S.04W.35.100 33.141111 -107.2261330828107133402 19600919 20 Rio Grande 20 13S.04W.35.100A 33.141111 -107.2261330828107133403 19630216 6 Rio Grande 43 13S.04W.35.100B 33.141667 -107.2264330828107133404 19621003 40 Rio Grande 40 13S.04W.35.100C 33.141111 -107.2261330812107134701 19790209 8 Rio Grande 57 13S.04W.35.133 33.136667 -107.2297331212107180001 19751025 70 Rio Grande 168 13S.05W.01.440 33.203333 -107.3330843107240301 19410101 20 Rio Grande 13S.05W.30.331 33.145278 -107.4008331133107263901 19810101 70 Rio Grande 150 13S.06W.10.321 33.1925 -107.4442331128107263901 19810217 72.88 Rio Grande 150 13S.06W.10.413 33.191111 -107.4442331027107242701 19810217 311.26 Rio Grande 13S.06W.13.4321 33.174167 -107.4075331028107244301 19840229 306.43 Rio Grande 13S.06W.13.4331 33.175 -107.4111330954107241101 19490101 294 Rio Grande 339 13S.06W.24.244 33.165 -107.4031330819107322701 Rio Grande 13S.07W.34.230 33.138611 -107.5408330738107143001 Rio Grande 100 14S.04W.03.121 33.127222 -107.2417





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330711107151801 14S.04W.04.000 33.119444 -107.2556330739107152901 Rio Grande 14S.04W.04.121 33.127778 -107.2583330740107152301 Rio Grande 14S.04W.04.122 33.127778 -107.2564330740107152302 Rio Grande 60 14S.04W.04.122A 33.127778 -107.2564330740107152303 Rio Grande 135 14S.04W.04.122B 33.127778 -107.2564330732107153101 19560723 5.88 100 14S.04W.04.123 33.125556 -107.2586330736107151301 Rio Grande 14S.04W.04.200 33.126389 -107.2542330735107151201 Rio Grande 208 14S.04W.04.210 33.126389 -107.2533330740107151601 19400406 -0.77 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19400426 -0.78 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19400615 -0.76 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19401023 -0.17 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19410101 -0.45 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19410201 -0.54 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19410226 -0.55 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19410301 -0.56 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19410401 -0.63 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19410501 -0.66 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19410526 -0.46 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19410601 -0.58 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19410621 -0.51 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19410701 -0.59 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19410801 -0.66 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19410901 -0.57 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19411001 -0.8 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19411025 -0.92 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19411101 -1 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19411201 -1.58 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19420101 -1.57 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19420201 -1.57 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19420301 -1.53 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19420317 -1.42 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19420406 -1.34 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556





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330740107151601 19420407 -1.38 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19420418 -1.48 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19420512 -2.7 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19420601 -2.94 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19420614 -2.16 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19420629 -2.18 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19420701 -2.24 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19420801 -1.57 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19420818 -1.17 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19420819 -1.23 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19420901 -1.13 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19420915 -0.99 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19421003 -1 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19421017 -0.94 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19421101 -1.08 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19421124 -1.1 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19421201 -1.13 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19430101 -1.14 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19430105 -1.09 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19430301 -1.13 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19430401 -1.07 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19430423 -1.03 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19430428 -1.06 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19430501 -1.05 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19430601 -0.96 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19430707 -0.77 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19430708 -0.85 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19430801 -0.79 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19430809 -0.64 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19430901 -0.64 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19431004 -0.54 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19431009 -0.55 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19431010 -0.58 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556





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330740107151601 19431101 -0.54 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19431201 -0.59 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19440101 -0.64 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19440106 -0.64 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19440201 -0.66 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19440301 -0.71 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19440401 -0.77 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19440411 -0.73 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19440501 -0.78 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19440601 -0.74 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19440608 -0.61 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19440622 -0.65 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19440701 -0.7 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19440801 -0.65 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19440901 -0.55 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19440911 -0.44 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19440915 -0.52 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19441001 -0.64 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19441101 -0.77 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19441120 -0.8 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19441201 -0.9 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19450101 -1.02 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19450102 -1.01 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19450201 -1.04 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19450301 -1.09 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19450319 -1.01 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19450401 -1.09 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19450501 -1.02 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19450510 -0.92 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19450513 -0.95 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19450601 -0.93 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19450701 -0.82 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19450716 -0.69 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556





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330740107151601 19490401 -0.42 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19490406 -0.31 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19490501 -0.53 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19490516 -0.38 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19490601 -0.56 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19490701 -0.53 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19490718 -0.39 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19490802 -0.33 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19490901 -0.19 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19490906 -0.17 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19491001 -0.24 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19491101 -0.29 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19491129 -0.31 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19491201 -0.35 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19500101 -0.37 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19500123 -0.28 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19500201 -0.39 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19500301 -0.42 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19500315 -0.36 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19500401 -0.53 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19500501 -0.49 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19500515 -0.36 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19500601 -0.42 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19500701 -0.36 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19500717 -0.37 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19500801 -0.32 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19500901 -0.18 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19500928 0.06 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19501001 0.01 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19501101 0.04 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19501127 0.1 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19501201 -0.01 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19510101 -0.09 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556





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330740107151601 19510129 -0.25 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19510201 -0.35 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19510301 -0.53 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19510320 -0.45 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19510401 -0.62 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19510501 -0.42 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19510507 -0.33 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19510601 -0.33 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19510701 -0.33 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19510731 -0.17 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19510801 -0.17 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19510901 -0.05 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19510911 0.12 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19511001 0.39 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19511101 0.51 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19511115 0.59 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19511201 0.55 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19520101 0.48 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19520131 0.1 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19520201 0.1 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19520301 -0.07 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19520331 -0.08 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19520401 -0.1 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19520501 -0.23 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19520601 -0.43 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19520701 -0.48 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19520724 -0.4 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19520801 -0.43 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19520901 0.04 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19520902 0.21 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19520912 0.11 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19521001 0.31 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19521101 0.53 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556





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330740107151601 19521104 0.61 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19521201 0.55 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19530104 0.23 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19530105 0.22 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19530201 -0.12 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19530301 -0.35 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19530324 -0.32 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19530401 -0.46 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19530501 -0.15 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19530506 0.08 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19530601 0 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19530701 -0.13 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19530713 -0.12 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19530801 -0.09 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19530901 0.01 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19530914 0.25 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19531001 0.53 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19531101 0.63 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19531109 0.72 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19531201 0.5 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19540101 0.5 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19540105 0.67 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19540201 0.49 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19540301 0.49 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19540315 0.26 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19540401 0.04 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19540501 0.15 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19540528 0.21 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19540601 0.06 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19540701 0.19 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19540712 0.1 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19540801 0.25 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19540901 0.55 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556





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330740107151601 19540908 0.62 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19541001 0.61 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19541101 0.4 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19541118 0.56 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19541201 0.23 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19550103 0.03 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19550114 0.22 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19550201 0.07 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19550301 0.09 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19550315 0.12 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19550401 -0.24 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19550501 -0.09 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19550516 0.22 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19550601 0.1 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19550701 -0.08 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19550801 0.13 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19550802 0.24 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19550901 -0.17 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19550906 -0.11 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19551001 0.21 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19551101 0.25 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19551107 0.39 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19551201 0.18 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19560105 0.18 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19560122 0.19 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19560205 0.15 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19560305 -0.04 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19560405 -0.43 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19560505 -0.13 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19560508 -0.03 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19560605 0 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19560705 0.03 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19560706 0.18 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556





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330740107151601 19560709 0.08 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19560805 0.15 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19560905 0.02 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19561005 0.57 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19561105 0.7 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19561107 0.76 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19561205 0.7 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19570105 0.66 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19570107 0.75 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19570205 0.68 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19570305 0.59 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19570306 0.74 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19570404 0.26 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19570405 0.19 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19570505 0.36 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19570605 0.54 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19570614 0.15 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19570705 -0.07 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19570805 -0.28 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19570806 -0.27 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19570905 -0.3 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19571005 -0.39 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19571105 -0.69 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19571113 -0.72 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19571205 -0.8 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19580105 -0.89 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19580106 -0.8 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19580205 -1.25 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19580305 -1.3 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19580405 -1.47 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19580415 -1.45 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19580505 -1.57 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19580605 -1.61 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556





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Siteid Wat

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330740107151601 19600805 -0.5 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19600905 -0.51 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19601005 0.08 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19601105 0.15 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19601108 0.23 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19601205 0.07 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19610101 -0.02 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19610120 0.13 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19610201 -0.05 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19610301 -0.51 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19610331 -0.62 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19610401 -0.69 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19610403 -0.57 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19610501 -0.63 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19610601 -0.55 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19610621 -0.39 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19610701 -0.5 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19610801 -0.42 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19610807 -0.38 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19610901 -0.37 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19611001 0.26 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19611101 0.34 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19611106 0.46 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19611201 0.3 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19620101 0.31 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19620102 0.3 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19620201 0.21 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19620301 0.3 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19620401 0.57 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19620402 -0.42 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19620501 -0.71 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19620515 -0.25 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19620601 -0.64 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556





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US

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330740107151601 19620701 -0.66 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19620801 -0.49 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19620813 -0.19 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19620901 -0.24 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19621001 0.01 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19621101 0.28 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19621201 0.17 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19630101 0.24 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19630102 0.39 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19630201 0.16 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19630301 -0.35 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19630401 -0.54 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19630501 -0.74 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19630601 -0.57 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19630701 -0.4 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19630801 -0.42 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19630805 -0.4 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19630901 -0.34 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19631001 0.31 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19631101 0.44 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19631201 0.42 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19640101 0.41 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19640106 0.59 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19640201 0.44 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19640301 0.4 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19640401 0.35 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19640501 0.27 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19640601 1.25 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19640701 1.49 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19640801 1.54 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19640808 0.13 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19640901 1.62 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19641001 1.34 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556





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US

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330740107151601 19641101 0.64 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19641201 0.49 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19650101 0.54 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19650104 0.52 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19650201 0.55 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19650301 0.52 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19650406 0.04 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19650501 -0.02 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19650601 -0.06 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19650701 0.04 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19650801 0.15 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19650812 -0.3 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19650901 -0.28 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19651001 0.32 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19651101 0.89 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19651201 0.84 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19660101 0.79 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19660124 0.37 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19660201 0.24 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19660301 0.81 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19660401 -0.69 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19660501 -0.66 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19670112 0.39 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19680118 -0.2 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19690106 0.45 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19700120 -0.47 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19710209 0.73 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330740107151601 19720210 1.58 Rio Grande 105 14S.04W.04.211 33.127778 -107.2556330737107152803 19410526 1.8 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19410621 1.77 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19411025 1.42 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19420317 1.32 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19420406 1.39 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583





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330737107152803 19420418 1.22 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19420629 0.6 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19420818 1.41 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19420819 1.38 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19420915 1.36 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19421017 1.55 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19421124 1.51 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19430105 1.49 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19430423 1.5 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19430428 1.5 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19430707 1.6 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19430708 1.57 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19430809 1.76 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19431009 1.74 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19440106 1.63 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19440411 1.59 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19440608 1.7 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19440622 1.75 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19440911 1.83 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19440915 1.79 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19441120 1.52 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19450102 1.41 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19450319 1.44 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19450510 1.58 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19450513 1.57 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19450716 1.74 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19450719 1.7 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19450910 1.76 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19451025 1.74 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19451121 1.73 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19460106 1.62 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19460326 1.66 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19460521 1.77 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583





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330737107152803 19460723 1.92 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19460824 1.84 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19460926 1.83 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19461105 1.69 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19470121 1.66 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19470326 1.66 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19470529 1.77 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19470730 1.9 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19470930 2.02 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19471105 2 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19480117 1.83 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19480326 1.53 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19480528 1.61 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19480531 1.64 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19480720 1.65 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19480915 1.93 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19481115 2.14 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19490104 2.08 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19490314 1.94 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19490407 1.97 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19490516 1.86 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19490718 1.84 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19490802 1.94 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19490906 0.87 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19491129 1.93 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19500123 1.87 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19500315 1.81 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19500515 1.89 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19500726 1.9 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19500928 1.99 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19501127 2.31 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19510129 1.91 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19510320 1.78 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583





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330737107152803 19510507 1.94 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19510731 2.06 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19510911 2.21 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19511115 2.63 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19520131 2.23 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19520331 2.09 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19520516 1.9 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19520724 1.81 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19520902 2.2 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19520912 2.18 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19521104 2.71 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19530105 2.38 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19530324 1.61 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19530506 1.88 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19530713 -0.16 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19530914 2.1 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19531109 2.72 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19540105 2.62 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19540315 2.37 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19540528 1.74 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19540712 2.27 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19540908 2.41 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19541118 2.47 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19550114 2.25 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19550315 2.23 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19550516 2.23 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19550802 1.21 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19550906 1.73 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19551107 2.47 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19560122 2.3 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19560305 2.14 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19560508 1.97 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19560709 1.97 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583





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330737107152803 19560906 2.16 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19561107 2.73 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19570107 2.63 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19570306 2.53 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19570404 1.95 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19570505 1.31 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19571113 1.77 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19580106 1.37 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19580415 0.93 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19580729 0.26 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19581112 1.26 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19581121 1.41 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19590106 1.43 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19590414 1.39 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19590803 1.53 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19591102 2.03 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19600104 2.13 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19600404 1.46 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19600801 1.05 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19601108 1.8 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19610120 1.91 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19610331 0.65 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19610403 1.5 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19610622 1.93 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19610807 1.67 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19611106 2.37 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19620102 2.23 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19620402 1.49 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19620813 1.71 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19630102 2.21 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19630805 1.57 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19640106 2.32 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19640808 1.97 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583





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330737107152803 19650104 2.35 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19650812 1.56 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152803 19660124 1.55 Rio Grande 6 14S.04W.04.211 A 33.127778 -107.2583330737107152802 19410526 1.8 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19410621 1.77 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19411025 1.42 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19420317 1.32 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19420406 1.39 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19420418 1.22 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19420629 0.6 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19420818 1.41 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19420819 1.38 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19420915 1.36 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19421017 1.55 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19421124 1.51 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19430105 1.49 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19430423 1.5 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19430428 1.5 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19430707 1.6 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19430708 1.57 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19430809 1.76 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19431009 1.74 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19440106 1.63 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19440411 1.59 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19440608 1.7 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19440622 1.75 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19440911 1.83 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19440915 1.79 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19441120 1.52 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19450102 1.41 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19450319 1.44 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19450510 1.58 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19450513 1.57 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583





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US

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330737107152802 19450716 1.74 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19450719 1.7 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19450910 1.76 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19451025 1.74 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19451121 1.73 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19460106 1.62 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19460326 1.66 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19460521 1.77 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19460723 1.92 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19460824 1.84 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19460926 1.83 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19461105 1.69 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19470121 1.66 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19470326 1.66 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19470529 1.77 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19470730 1.9 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19470930 2.02 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19471105 2 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19480117 1.83 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19480326 1.53 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19480528 1.61 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19480531 1.64 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19480720 1.65 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19480915 1.93 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19481115 2.14 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19490104 2.08 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19490314 1.94 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19490407 1.97 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19490516 1.86 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19490718 1.84 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19490802 1.94 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19490906 0.87 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19491129 1.93 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583





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330737107152802 19500123 1.87 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19500315 1.81 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19500515 1.89 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19500726 1.9 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19500928 1.99 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19501127 2.31 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19510129 1.91 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19510320 1.78 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19510507 1.94 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19510731 2.06 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19510911 2.21 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19511115 2.63 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19520131 2.23 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19520331 2.09 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19520516 1.9 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19520724 1.81 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19520902 2.2 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19520912 2.18 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19521104 2.71 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19530105 2.38 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19530324 1.61 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19530506 1.88 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19530713 0.16 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19530914 2.1 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19531109 2.72 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19540105 2.62 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19540315 2.37 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19540528 1.74 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19540712 2.27 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19540908 2.41 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19541118 2.47 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19550114 2.25 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19550315 2.23 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583





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330737107152802 19550516 2.23 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19550802 1.21 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19550906 1.73 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19551107 2.47 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19560122 2.3 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19560305 2.14 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19560508 1.97 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19560709 1.97 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19560906 2.16 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19561107 2.73 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19570107 2.63 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19570306 2.53 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19570404 1.95 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19570505 1.31 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19571113 1.77 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19580106 1.37 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19580415 0.93 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19580729 0.26 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19581112 1.26 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19581121 1.41 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19590106 1.43 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19590414 1.39 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19590803 1.53 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19591102 2.03 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19600104 2.13 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19600404 1.46 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19600801 1.05 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19601108 1.8 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19610120 1.91 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19610331 0.65 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19610403 1.5 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19610622 1.93 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19610807 1.67 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583





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330737107152802 19611106 2.37 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19620102 2.23 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19620402 1.49 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19620813 1.71 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19630102 2.21 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19630805 1.57 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19640106 2.32 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19640808 1.97 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19650104 2.35 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19650812 1.56 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330737107152802 19660124 1.55 Rio Grande 6 14S.04W.04.211A 33.127778 -107.2583330739107150702 Rio Grande 10 14S.04W.04.212 33.1275 -107.2519330739107150701 19390329 0.72 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19390413 0.35 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19390427 0.25 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19390616 0.4 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19390913 0.47 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19391201 0.76 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19400228 0.66 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19400406 0.23 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19400426 0.12 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19400615 0.16 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19401023 0.86 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19410226 0.44 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19410621 0.45 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19411025 0.09 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19420317 -0.13 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19420819 0.12 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19421124 0.21 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19430428 0.21 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19430708 0.45 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19431010 0.73 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19440106 0.72 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528





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330739107150701 19440411 0.65 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19440622 0.7 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19440915 0.89 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19441120 0.55 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19450102 0.32 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19450319 0.34 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19450513 0.4 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19450719 0.75 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19450910 0.72 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19451121 0.82 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19460106 0.8 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19460521 1.04 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19460723 0.96 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19461105 0.83 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19470121 0.69 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19470326 0.64 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19470730 0.9 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19470930 1.04 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19471104 4.31 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19480117 0.76 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19480326 0.46 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19480528 0.55 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19480720 0.65 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19480915 1.09 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19490104 1.29 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19490314 1.15 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19490516 1.06 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19490719 1.43 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19490906 1.52 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19491129 1.07 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19500123 1.32 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19510129 1 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19520131 1.76 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528





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)

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E

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US

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330739107150701 19530105 1.61 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19540105 1.97 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19550114 1.39 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19560123 1.59 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19570107 1.94 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19580106 0.46 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19590106 0.28 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19600104 1.18 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19610120 1.49 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19620102 1.64 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19630102 1.56 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19640106 1.72 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19650104 1.76 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19670112 1.56 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19680117 1 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19690106 3.01 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330739107150701 19700120 2.39 Rio Grande 125 14S.04W.04.212 A 33.127778 -107.2528330732107151501 335 14S.04W.04.213 33.125556 -107.2542330725107152802 19400201 1.62 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19410301 1.71 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19410401 1.69 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19410501 1.63 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19410601 1.73 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19410707 1.69 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19410801 1.56 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19410901 1.65 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19411001 1.16 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19411101 1.41 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19411202 1.19 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19420101 1.27 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19420201 1.26 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19420301 1.25 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19420401 1.36 6 14S.04W.04.213A 33.125 -107.2583





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)

Wat

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E

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(ft

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US

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330725107152802 19420501 0.17 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19420601 -0.45 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19420701 0.45 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19420801 1.17 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19420915 1.3 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19421001 1.58 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19421101 1.55 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19421201 1.5 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19430101 1.46 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19430209 1.46 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19430301 1.45 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19430401 1.48 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19430503 1.5 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19430601 1.55 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19430701 1.59 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19430801 1.67 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19430901 1.74 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19431001 1.71 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19431101 1.71 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19431201 1.66 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19440101 1.55 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19440201 1.61 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19440301 1.58 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19440401 1.57 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19440501 1.58 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19440601 1.68 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19440701 1.64 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19440801 1.7 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19440901 1.77 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19441001 1.47 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19441101 1.58 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19441201 1.47 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19450101 1.38 6 14S.04W.04.213A 33.125 -107.2583





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Longitude Rep

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US

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330725107152802 19450204 1.4 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19450301 1.39 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19450401 1.4 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19450501 1.5 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19450601 1.61 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19450701 1.37 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19450801 1.72 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19450901 1.71 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19451001 1.78 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19451101 1.72 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19451201 1.69 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19460101 1.62 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19460301 1.65 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19460401 1.64 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19460501 1.7 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19460601 1.77 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19460701 1.89 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19460801 1.9 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19460901 1.83 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19461001 1.8 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19461101 1.63 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19461201 1.67 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19470101 1.65 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19470201 1.65 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19470301 1.61 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19470401 1.63 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19470501 1.65 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19470601 1.78 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19470701 1.63 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19470801 1.89 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19470901 1.88 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19471005 2.02 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19471102 2 6 14S.04W.04.213A 33.125 -107.2583





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330725107152802 19471201 1.95 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19480101 1.94 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19480201 1.67 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19480301 1.58 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19480401 1.54 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19480507 1.52 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19480601 1.62 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19480701 1.62 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19480801 1.65 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19480901 1.67 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19481002 2.05 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19481115 2.15 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19481201 2.1 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19490104 2.08 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19490201 2.03 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19490304 1.96 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19490401 1.92 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19490501 1.88 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19490601 1.76 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19490701 1.78 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19490802 1.94 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19490901 2.08 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19491001 1.95 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19491101 2.01 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19491201 1.93 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19500101 1.88 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19500201 1.87 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19500301 1.85 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19500401 1.76 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19500501 1.83 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19500601 1.9 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19500726 1.9 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19500801 1.56 6 14S.04W.04.213A 33.125 -107.2583





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Wat

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(ft

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US

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330725107152802 19500901 2.11 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19501001 2.16 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19501101 2.36 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19501201 2.29 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19510105 2.15 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19510205 1.89 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19510305 1.8 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19510405 1.61 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19510505 1.92 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19510605 2.06 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19510705 2.04 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19510805 1.9 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19510905 2.15 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19511005 2.6 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19511105 2.3 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19511205 2.66 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19520101 2.59 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19520201 2.23 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19520301 2.08 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19520401 2.09 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19520501 1.97 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19520601 1.54 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19520701 1.78 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19520801 1.79 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19520901 2.12 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19521001 2.27 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19521101 2.69 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19521201 2.69 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19530101 2.4 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19530201 2.05 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19530301 -1.13 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19530401 1.68 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19530501 1.31 6 14S.04W.04.213A 33.125 -107.2583





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330725107152802 19530601 2.03 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19530701 2.13 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19530801 1.89 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19530901 1.52 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19531001 2.58 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19531101 2.72 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19531201 2.69 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19540101 2.63 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19540201 2.59 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19540301 2.55 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19540401 2.14 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19540501 2.04 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19540601 1.95 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19540701 2.31 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19540801 2.31 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19540901 1.78 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19541001 2.68 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19541101 2.55 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19541201 2.42 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19550109 2.25 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19550201 2.25 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19550301 2.27 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19550401 2.01 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19550501 2.04 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19550601 2.35 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19550701 2.13 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19550801 0.97 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19550901 1.52 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19551001 2.3 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19551101 2.42 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19551201 2.55 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19560105 2.29 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19560205 2.3 6 14S.04W.04.213A 33.125 -107.2583





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amsl

)

US

GS

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in

Wel

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(ft)


330725107152802 19560305 2.13 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19560405 1.69 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19560505 1.9 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19560605 2.24 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19560705 1.84 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19560805 0.92 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19560905 2.18 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19561005 2.6 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19561105 2.74 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19561205 2.69 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19570105 2.63 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19570205 2.6 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19570305 2.54 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19570405 1.96 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19570505 1.38 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19570605 2.53 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19570705 1.99 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19570805 1.21 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19570905 0.85 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19571005 1.79 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19571105 1.76 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19571205 1.7 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19580105 1.35 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19580205 1.2 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19580305 -0.06 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19580405 0.89 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19580505 0.96 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19580605 0.57 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19580705 0.93 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19580805 0.78 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19581005 0.75 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19581105 0.97 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19581205 1.41 6 14S.04W.04.213A 33.125 -107.2583





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)

Wat

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US

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in

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330725107152802 19590105 1.42 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19590205 1.35 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19590305 1.33 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19590405 1.33 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19590505 1.48 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19590605 1.69 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19590705 1.64 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19590805 1.53 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19590905 1.53 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19591005 1.84 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19591105 2.05 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19591205 2.17 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19600105 2.12 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19600205 1.79 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19600305 1.69 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19600405 1.45 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19600505 1.43 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19600605 1.54 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19600705 -1.37 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19600805 1.26 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19600905 1.67 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19601205 0 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19610101 1.12 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19610201 2.05 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19610301 1.74 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19610403 1.44 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19610501 1.47 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19610601 1.56 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19610701 1.59 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19610801 1.62 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19610901 1.64 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19611001 2.24 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19611101 2.33 6 14S.04W.04.213A 33.125 -107.2583





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)

Wat

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US

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(ft)


330725107152802 19611201 2.23 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19620101 2.24 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19620105 1.32 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19620201 2.17 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19620301 1.71 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19620401 1.47 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19620601 1.46 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19620701 1.44 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19620801 -0.76 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19620901 1.8 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19621001 0.39 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19621101 2.14 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19621201 -1.31 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19630101 2.21 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19630201 2.16 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19630301 1.65 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19630401 1.53 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19630501 1.31 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19630601 1.57 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19630701 1.75 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19630801 1.66 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19630901 -0.44 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19640201 2.27 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19640301 2.25 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19640401 2.08 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19640501 1.8 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19640608 2.24 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19640701 2.06 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19640801 -1.42 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19640901 1.91 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19641001 2.12 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19641101 2.32 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19641201 2.3 6 14S.04W.04.213A 33.125 -107.2583





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)

Wat

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US

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(ft)


330725107152802 19650101 2.35 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19650201 2.35 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19650301 2.3 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19650406 1.83 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19650501 1.27 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19650601 1.62 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19650701 1.35 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19650801 1.22 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19650901 1.64 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19651001 2.16 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19651101 2.33 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19651201 2.28 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19660101 2.2 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19660201 1.92 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19660301 2.46 6 14S.04W.04.213A 33.125 -107.2583330725107152802 19660401 2.65 6 14S.04W.04.213A 33.125 -107.2583330734107150501 20 14S.04W.04.214 33.126111 -107.2514330725107151401 19630102 2.54 14S.04W.04.214+DUP 33.125 -107.2528330725107151401 19640203 4.41 14S.04W.04.214+DUP 33.125 -107.2528330725107151401 19650106 2.65 14S.04W.04.214+DUP 33.125 -107.2528330725107151401 19660124 2.03 14S.04W.04.214+DUP 33.125 -107.2528330725107151401 19670112 1.65 14S.04W.04.214+DUP 33.125 -107.2528330725107151401 19680117 2.46 14S.04W.04.214+DUP 33.125 -107.2528330725107151401 19700120 0.39 14S.04W.04.214+DUP 33.125 -107.2528330734107150502 176 14S.04W.04.214A+DUP2 33.126111 -107.2514330725107151402 19630102 -2.54 14S.04W.04.214A+DUP3 33.125 -107.2528330725107151402 19640203 -4.41 14S.04W.04.214A+DUP3 33.125 -107.2528330725107151402 19650106 -2.65 14S.04W.04.214A+DUP3 33.125 -107.2528330725107151402 19660124 -2.03 14S.04W.04.214A+DUP3 33.125 -107.2528330725107151402 19670112 -1.65 14S.04W.04.214A+DUP3 33.125 -107.2528330725107151402 19680117 -2.46 14S.04W.04.214A+DUP3 33.125 -107.2528330725107151402 19700120 -0.39 14S.04W.04.214A+DUP3 33.125 -107.2528330722107162601 66 14S.04W.05.142 33.122778 -107.2739





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(ft

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US

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(ft)


330735107161301 19560229 86.2 Rio Grande 140 14S.04W.05.210 33.126389 -107.2703330708107160101 14S.04W.05.221A 33.119444 -107.2667330716107155801 14S.04W.05.240 33.122222 -107.2667330723107161501 19480124 70.33 138 14S.04W.05.241 33.122222 -107.2722330705107161201 19460619 8.45 40 14S.04W.05.310 33.118056 -107.27330658107164701 19460619 8.45 40 14S.04W.05.310+DUP 33.116667 -107.2806330658107164701 19470129 8.26 40 14S.04W.05.310+DUP 33.116667 -107.2806330658107164701 19480124 9.69 40 14S.04W.05.310+DUP 33.116667 -107.2806330658107164701 19490209 9.17 40 14S.04W.05.310+DUP 33.116667 -107.2806330658107164701 19890215 14.9 40 14S.04W.05.310+DUP 33.116667 -107.2806330652107162901 14S.04W.05.340 33.114444 -107.2747330735107174201 19670321 82.14 Rio Grande 14S.04W.06.110 33.126389 -107.295330725107175002 19470122 98.28 Rio Grande 334 14S.04W.06.110A 33.125 -107.2972330725107175002 19480124 98.15 Rio Grande 334 14S.04W.06.110A 33.125 -107.2972330725107175002 19490209 100.66 Rio Grande 334 14S.04W.06.110A 33.125 -107.2972330725107175002 19490314 99.15 Rio Grande 334 14S.04W.06.110A 33.125 -107.2972330725107175002 19490516 101.51 Rio Grande 334 14S.04W.06.110A 33.125 -107.2972330725107175002 19490719 100.38 Rio Grande 334 14S.04W.06.110A 33.125 -107.2972330725107175002 19490906 99.36 Rio Grande 334 14S.04W.06.110A 33.125 -107.2972330725107175002 19500123 100.42 Rio Grande 334 14S.04W.06.110A 33.125 -107.2972330725107175002 19510129 99.93 Rio Grande 334 14S.04W.06.110A 33.125 -107.2972330725107175002 19520131 99.38 Rio Grande 334 14S.04W.06.110A 33.125 -107.2972330725107175002 19530105 95.1 Rio Grande 334 14S.04W.06.110A 33.125 -107.2972330725107175002 19540130 100.34 Rio Grande 334 14S.04W.06.110A 33.125 -107.2972330725107175002 19550114 99.47 Rio Grande 334 14S.04W.06.110A 33.125 -107.2972330725107175002 19560123 99.73 Rio Grande 334 14S.04W.06.110A 33.125 -107.2972330725107175002 19570107 100.66 Rio Grande 334 14S.04W.06.110A 33.125 -107.2972330725107175002 19590107 98.25 Rio Grande 334 14S.04W.06.110A 33.125 -107.2972330725107175002 19600104 99.44 Rio Grande 334 14S.04W.06.110A 33.125 -107.2972330725107175002 19610120 100.26 Rio Grande 334 14S.04W.06.110A 33.125 -107.2972330725107175002 19620102 100.43 Rio Grande 334 14S.04W.06.110A 33.125 -107.2972330725107175002 19630102 101.85 Rio Grande 334 14S.04W.06.110A 33.125 -107.2972330725107175002 19640204 97.55 Rio Grande 334 14S.04W.06.110A 33.125 -107.2972





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330725107175002 19650104 104.5 Rio Grande 334 14S.04W.06.110A 33.125 -107.2972330725107175002 19680118 100.51 Rio Grande 334 14S.04W.06.110A 33.125 -107.2972330725107175002 19690106 102.06 Rio Grande 334 14S.04W.06.110A 33.125 -107.2972330725107175002 19700120 102.38 Rio Grande 334 14S.04W.06.110A 33.125 -107.2972330720107173401 438 14S.04W.06.143 33.122222 -107.2928330729107170701 19500101 50 14S.04W.06.200 33.124722 -107.2853330729107170701 19620312 66.33 14S.04W.06.200 33.124722 -107.2853330720107171601 19451010 -35 278 14S.04W.06.233 33.122222 -107.2878330720107171602 1000 14S.04W.06.233A 33.122222 -107.2878330711107173302 19450414 -21.07 300 14S.04W.06.233A+DUP 33.119444 -107.2917330711107173302 19451010 -32.7 300 14S.04W.06.233A+DUP 33.119444 -107.2917330711107173302 19451014 -12.1 300 14S.04W.06.233A+DUP 33.119444 -107.2917330711107173302 19451218 -38.9 300 14S.04W.06.233A+DUP 33.119444 -107.2917330711107173302 19460522 14.1 300 14S.04W.06.233A+DUP 33.119444 -107.2917330711107173302 19460815 13.2 300 14S.04W.06.233A+DUP 33.119444 -107.2917330711107173302 19480124 39.22 300 14S.04W.06.233A+DUP 33.119444 -107.2917330720107171603 298 14S.04W.06.233B 33.122222 -107.2878330719107171001 230 14S.04W.06.234 33.121944 -107.2861330712107171803 19590107 -10.99 404 14S.04W.06.234 B 33.119444 -107.2889330712107171803 19600105 -12.04 404 14S.04W.06.234 B 33.119444 -107.2889330712107171803 19610121 -10.19 404 14S.04W.06.234 B 33.119444 -107.2889330712107171803 19620102 -11.49 404 14S.04W.06.234 B 33.119444 -107.2889330712107171803 19630103 -8.8 404 14S.04W.06.234 B 33.119444 -107.2889330712107171803 19650105 -0.65 404 14S.04W.06.234 B 33.119444 -107.2889330719107171002 268 14S.04W.06.234A 33.121944 -107.2861330719107171003 19580718 12.46 403 14S.04W.06.234B 33.121944 -107.2861330719107171003 19631030 16.05 403 14S.04W.06.234B 33.121944 -107.2861330711107171803 19590107 10.99 404 14S.04W.06.234B+DUP 33.119444 -107.2889330711107171803 19600105 12.04 404 14S.04W.06.234B+DUP 33.119444 -107.2889330711107171803 19610121 10.19 404 14S.04W.06.234B+DUP 33.119444 -107.2889330711107171803 19620102 11.49 404 14S.04W.06.234B+DUP 33.119444 -107.2889330711107171803 19630103 8.8 404 14S.04W.06.234B+DUP 33.119444 -107.2889330711107171803 19650105 0.65 404 14S.04W.06.234B+DUP 33.119444 -107.2889





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330706107173701 14S.04W.06.300 33.119444 -107.2944330656107173701 14S.04W.06.300+DUP 33.116667 -107.2944330710107175002 19451004 -30.57 185 14S.04W.06.312A 33.119444 -107.2972330710107175002 19451218 -32.41 185 14S.04W.06.312A 33.119444 -107.2972330710107175002 19460525 -31.04 185 14S.04W.06.312A 33.119444 -107.2972330710107175002 19470122 -30.43 185 14S.04W.06.312A 33.119444 -107.2972330710107175002 19480124 -30.28 185 14S.04W.06.312A 33.119444 -107.2972330705107175001 14S.04W.06.313 33.119444 -107.2972330700107175302 381 14S.04W.06.313A 33.116667 -107.2981330705107174201 19560723 59.89 117 14S.04W.06.314 33.118056 -107.295330705107174201 19561004 47.5 117 14S.04W.06.314 33.118056 -107.295330710107173001 14S.04W.06.320 33.119444 -107.2917330716107172901 19460529 -40 442 14S.04W.06.321 33.121111 -107.2914330712107172701 19451017 -48 275 14S.04W.06.322 33.119444 -107.2903330710107173403 19590107 -15.89 442 14S.04W.06.322 A 33.119444 -107.2917330710107173403 19600105 -18.09 442 14S.04W.06.322 A 33.119444 -107.2917330710107174101 19750916 12 442 14S.04W.06.3221 33.119444 -107.2944330710107174101 19760210 10.18 442 14S.04W.06.3221 33.119444 -107.2944330710107174102 19760823 31.31 451 14S.04W.06.3221A 33.119444 -107.2944330710107174102 19770228 9.25 451 14S.04W.06.3221A 33.119444 -107.2944330710107174102 19780830 30.59 451 14S.04W.06.3221A 33.119444 -107.2944330710107174103 19750916 12 442 14S.04W.06.3221B 33.119444 -107.2944330710107174103 19760210 10.18 442 14S.04W.06.3221B 33.119444 -107.2944330710107174105 19760823 31.31 451 14S.04W.06.3221D 33.119444 -107.2944330710107174105 19770228 9.25 451 14S.04W.06.3221D 33.119444 -107.2944330710107174105 19780830 30.59 451 14S.04W.06.3221D 33.119444 -107.2944330712107172702 442 14S.04W.06.322A 33.12 -107.2908330710107173402 19590107 15.89 442 14S.04W.06.322A+DUP 33.119444 -107.2917330710107173402 19600105 18.09 442 14S.04W.06.322A+DUP 33.119444 -107.2917330700107174401 19630201 11.12 33 14S.04W.06.332 33.116667 -107.2956330700107174402 19630108 12 33 14S.04W.06.332A 33.116667 -107.2956330700107174403 15 14S.04W.06.332B 33.116667 -107.2956330700107174404 15 14S.04W.06.332C 33.116667 -107.2956





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330700107174405 33 14S.04W.06.332D 33.116667 -107.2956330700107174406 35 14S.04W.06.332F 33.116667 -107.2956330650107175201 14S.04W.06.333 33.113889 -107.2978330652107174301 18 14S.04W.06.334 33.114444 -107.2953330652107174302 14S.04W.06.334A 33.114444 -107.2953330700107172301 19630218 13.51 17 14S.04W.06.342 33.116667 -107.2897330652107172501 19630105 11.5 14S.04W.06.344 33.114444 -107.2903330703107170701 14S.04W.06.400 33.116667 -107.2861330701107170502 19600811 18 31 14S.04W.06.400A 33.116944 -107.2847330716107171801 19590107 20.4 405 14S.04W.06.411 33.121111 -107.2883330710107173303 19590107 -20.54 410 14S.04W.06.411 A 33.119444 -107.2917330710107173303 19600105 -22.84 410 14S.04W.06.411 A 33.119444 -107.2917330710107173303 19610121 -21.19 410 14S.04W.06.411 A 33.119444 -107.2917330710107173303 19620102 -20.59 410 14S.04W.06.411 A 33.119444 -107.2917330710107173303 19630103 -20.42 410 14S.04W.06.411 A 33.119444 -107.2917330710107173303 19640204 -4.33 410 14S.04W.06.411 A 33.119444 -107.2917330710107173303 19650105 -4.73 410 14S.04W.06.411 A 33.119444 -107.2917330716107171802 285 14S.04W.06.411A 33.121111 -107.2883330705107171001 530 14S.04W.06.414 33.118056 -107.2861330655107171501 19600410 7 17 14S.04W.06.430 33.115278 -107.2875330655107171503 19600410 7 24 14S.04W.06.430B 33.115278 -107.2875330700107171701 19600410 7 21 14S.04W.06.431 33.116667 -107.2881330700107171702 19600410 7 24 14S.04W.06.431A 33.116667 -107.2881330700107170401 19590819 -0.5 14S.04W.06.441 33.116667 -107.2844330657107171701 19470122 58.3 302 14S.04W.06.441+DUP 33.116667 -107.2889330657107171701 19470328 49.44 302 14S.04W.06.441+DUP 33.116667 -107.2889330657107171701 19480124 57.9 302 14S.04W.06.441+DUP 33.116667 -107.2889330657107171701 19490209 43.02 302 14S.04W.06.441+DUP 33.116667 -107.2889330657107171701 19500123 31.22 302 14S.04W.06.441+DUP 33.116667 -107.2889330657107171701 19510130 40.35 302 14S.04W.06.441+DUP 33.116667 -107.2889330657107171701 19590107 24.49 302 14S.04W.06.441+DUP 33.116667 -107.2889330657107171701 19600105 31.4 302 14S.04W.06.441+DUP 33.116667 -107.2889330657107171701 19610121 29.39 302 14S.04W.06.441+DUP 33.116667 -107.2889





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330657107171701 19620103 30.79 302 14S.04W.06.441+DUP 33.116667 -107.2889330657107171701 19630103 30.9 302 14S.04W.06.441+DUP 33.116667 -107.2889330657107171701 19640204 13.83 302 14S.04W.06.441+DUP 33.116667 -107.2889330657107171701 19650105 11.99 302 14S.04W.06.441+DUP 33.116667 -107.2889330657107171701 19660124 2.93 302 14S.04W.06.441+DUP 33.116667 -107.2889330700107170402 19580307 9.67 27 14S.04W.06.441A+DUP2 33.116667 -107.2844330700107170402 19670406 25.02 27 14S.04W.06.441A+DUP2 33.116667 -107.2844330657107171702 19470122 -58.3 302 14S.04W.06.441A+DUP3 33.116667 -107.2889330657107171702 19470328 -49.44 302 14S.04W.06.441A+DUP3 33.116667 -107.2889330657107171702 19480124 -57.9 302 14S.04W.06.441A+DUP3 33.116667 -107.2889330657107171702 19490209 -43.02 302 14S.04W.06.441A+DUP3 33.116667 -107.2889330657107171702 19500123 -31.22 302 14S.04W.06.441A+DUP3 33.116667 -107.2889330657107171702 19510130 -40.35 302 14S.04W.06.441A+DUP3 33.116667 -107.2889330657107171702 19590107 -24.49 302 14S.04W.06.441A+DUP3 33.116667 -107.2889330657107171702 19600105 -31.4 302 14S.04W.06.441A+DUP3 33.116667 -107.2889330657107171702 19610121 -29.39 302 14S.04W.06.441A+DUP3 33.116667 -107.2889330657107171702 19620103 -30.79 302 14S.04W.06.441A+DUP3 33.116667 -107.2889330657107171702 19630103 -30.9 302 14S.04W.06.441A+DUP3 33.116667 -107.2889330657107171702 19640204 -13.83 302 14S.04W.06.441A+DUP3 33.116667 -107.2889330657107171702 19650105 -11.99 302 14S.04W.06.441A+DUP3 33.116667 -107.2889330657107171702 19660124 -2.93 302 14S.04W.06.441A+DUP3 33.116667 -107.2889330700107165601 19670406 26.73 14S.04W.06.442 33.116667 -107.2822330657107170302 19451017 -37.86 305 14S.04W.06.442A 33.116667 -107.2833330657107170302 19470122 -54.94 305 14S.04W.06.442A 33.116667 -107.2833330657107170302 19470328 -47.66 305 14S.04W.06.442A 33.116667 -107.2833330657107170302 19480124 -55.57 305 14S.04W.06.442A 33.116667 -107.2833330657107170302 19490209 -45.52 305 14S.04W.06.442A 33.116667 -107.2833330657107170302 19500123 -38.72 305 14S.04W.06.442A 33.116667 -107.2833330640107171101 14S.04W.07.214 33.111111 -107.2861330738107180201 19670321 65.77 Rio Grande 14S.05W.01.220 33.127222 -107.3006330733107180601 19460618 73 Rio Grande 95 14S.05W.01.223 33.125833 -107.3017330656107175801 14S.05W.01.444 33.116667 -107.3330652107175801 381 14S.05W.01.444+DUP 33.114444 -107.2994





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330653107221901 55 14S.05W.05.434 33.114722 -107.3719330652107221001 19580307 15.4 185 14S.05W.05.443 33.114444 -107.3694330652107221001 19650716 13 185 14S.05W.05.443 33.114444 -107.3694330652107221001 19670207 12.87 185 14S.05W.05.443 33.114444 -107.3694330646107220601 19460619 18 14S.05W.08.222 33.112778 -107.3683




Appendix C Summary of Aquifer Test Results

Summary of Reported Aquifer Properties

Well Name Location

Transmissivity (ft2/day) S Method Formation Basin Reference

Eagle-Picher Well 2S.1W.35.222 17,600 0.05 Step test Santa Fe Rio Grande Schwab, 1980a

Socorro Industrial Park

3S.1W.23.123 8,820 Step test Sante Fe Rio Grande Schwab et al, 1982a

National Guard Armory

3S.1W.23.233 472 Constant rate Santa Fe Rio Grande Summers et al, 1981

1,500 Recovery Santa Fe Rio Grande Summers et al, 1981

Olson 3S.1W.2.423 30,000 Unknown Santa Fe Rio Grande Summers et al, 1981

28,000 0.235 Santa Fe Rio Grande Hantush, 1961

NMIMT Research 3S.1W.3.344 20,000 Unkown Santa Fe Rio Grande Summers et al, 1981

City of Soccoro Well No. 1

3S.1W.14.234 <13,300 Constant rate Santa Fe Rio Grande Summers, 1973

16,000 Constant rate Santa Fe Rio Grande Summers, 1973

Bushman 3S.1W.16.312 30,000Step test and

recoverySanta Fe Rio Grande

Summers and Schwab, 1983

Faulkner 1S.1W.35.142 9,200 0.0084 Unknown Santa Fe Rio Grande Waldron, 1956

8,000 Recovery Santa Fe Rio Grande Waldron, 1956

58,200 0.11 Unknown Santa Fe Rio Grande Hantush,1961

Martin 1S.1W.34.233 3,700 Unknown Santa Fe Rio Grande Waldron, 1956

Garner 2S.1W.13.184 26,300 Unknown Santa Fe Rio Grande Waldron, 1956

Woods 3S.1W.1.121 15,400 Unknown Santa Fe Rio Grande Waldron, 1956

unknown unknown 7,000 Unknown Santa Fe Rio Grande Theis, 1938

Test Hole #3 2S.4W.13.430 5,000 Constant rate Volcanicsa La Jencia Summers. 1975

unknown unknown 160 Volcanics La Jencia Bishop, 1975

O:606/20/Reports/AppendixC.xls C-1

aWell intercepts fault zone. Transmissivity value likely not representative of formation as a whole.

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Appendix E2 SSPA Groundwater Study Rio Grande and La ...

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